1^3 £ <$5 MHI

TM ^0-4851

WAR DEPARTMENT

TECHNICAL MANUAL ^ JAPANESE-ENGLISH GLOSSARY TECHNICAL COMMUNICATION TERMS

May 1, 1943 JAPANESE CHARACTERS ENGLISH EQUIVALENT PRONUNCIATION ^ ITSU. ICHI, BITOISU ONE. SINGLE, PRIMARY

/£ J < /k ICHIJI KOIRU PRIMARY COIL

>£ 7 1 y * -i -y-f ICHIJI RAIK SUVITCHI PRIMARY LINE SIIICH

;i ia f& ICHIJI KAIRO PRIMARY CIRCUIT

-~;*3fc« ICHIJI HOSNA PRIMARY EMISSION

-*©t£#*&%V ICHfjl INKYOKU AHBU PRIMARY DARK SPACE

-©fctt ICHIJI DENSHI PRIMARY ELECTRON

PRIMARY CELL. -©*t;t ICHIJI BENCH! PRIMARY BATTERY

-;fct# ICHIJI DENATSU PRIMARY VOLTAGE

-^*5IS ICHIJI SENRIN PRIMARY COIL

- a£«3 a ISStNKA NAHARI LEAD MONOXIDE, LITHARGE

-$ «*£ ISSEI YOB 1 DASH 1 SIMULTANEOUS CALLING

j=- SAN, HI, HITTSU THREE

^tfia%- SANJI KAIRO TERTIARY CIRCUIT

5.ft*S*Si SANKAKU KESSEN DELTA CONNECTION

5-*tt**« SAN HAKISEN HENSEIKI THREE-KINDING TRANSFORMS

i*S SAKSO THREE-PHASE

TRIPLE-PETTICOAT (THREE- ^f*^ SANJU CAISHI SECTION) INSULATOR

SANKTOKU SHIKKUKAK TRIODE, THREE-ELECTRODE ^-*4«f VACUUM TUBE

TRIODE, THREE-ELECTRODE ^-ttf SANKTOKUKAN TUBE

UP. UPPER. ABOVE. HIGH. i JO. UE, KAMI BETTER

*i -;&f JO SOKUHATAI UPPER SIDE BAND

-t--W JOBU SEN UPPER LI HE T GE. SHIT*. SHIHO, (A LOK, LOKR, OOKN

fttri.y 1-ft$L GfDJK BURtNKU FUG8 LETTER-BLANK SIGNAL

T ?(>.*? KtBU SEN DOKN-LIKE. LOKR-LINE

Z- Zl), FU. BU NOH-, NEGATIVE. NOT

*m FU BYO"S KAI NON-UNIFORM FIELD y-tto FU HE IKS UNBALANCE. UNBALANCED

* £ T* FU KANRT9 TOBI INEFFECTIVE CALL

T|U*tt FURTO D8TAI BAD CONDUCTOR

*£ ;& FUKAI HA UNDISTORTED HAVE

^4fttdia>fr FU SHIHD5 KAIPO APERIODIC CIRCUIT

*«#)#: FU SHINDO HODEN NON-OSCILLATORY DISCHARGE x&to-A® FU SHIND3 EEKPUKU APERIODIC DAMPING

SERVICE INTERRUPTION, £ii FUTSU BROKEN COMMUNICATION

TS-H&X&&. FU GEHPUKU HA UNDAMPED HAVE

K&famh FU GEHPUKU SHIND5 UNDAMPED OSCILLATION

•£&& FUKAN CHI BLIND SPOT

NON-COMBUSTIBLE *** FUNEN NON-INFLAMMABLE

7*«E.;ai FUHEN DEHRTU STEADY CURRENT

IN LINE. TO ARRANGE IN 4 HEI. BTO, NARABU ORDER. IN SERIES

5t*©J HEIRETSU PARALLEL jt?©J*4fe HEIRETSU HTOSHIN PARALLEL RESONANCE jt»©]«it HEIRETSU DOSA PARALLEL OPERATION

**1iM| HEIRETSU UNTEN PARALLEL OPERATION BRIDGING MULTIPLE SWITCH i?©jUiL£4*«fe HEIRETSU FUKUSHIKI KOKANKI BOARD, BRANCHING MULTIPLE SWITCHBOARD ADVANCE OR RETREAT. STICK, 1 (01, BO ROD t Cm. NiKA, UCHI KIDDIE. KITHIN, INSIDE t*MM** CHUKAI ZOFUKUKI BUFFER AMPLIFIER t*t&* CHUO OENCHI SHIKI CENTRAL BATTERY SYSTEM tJHAIL CHU SHUHISO DEAN FREQUENCY tfl-J- CHUSEI SHI NEUTRON ttt^-?- CHUSEI BUNSHI NEUTRAL MOLECULE t-ftiM CHOSE 1 ONDO NEUTRAL TEMPERATURE

N-it* CHUM CHIKUDENKI NEUTRALIZING CONDENSER

*>t CHUfl* i^lurF&NC. trtj^iS. CHO KOSHUHA NED 1 UN HIGH FREQUENCY

INTERMEDIATE HAVE. t«& CKO TAMPA MEDIUM SHORT DAVE t£*# CHUTE 1 S9KA MEDIUM HEAVY LOADING tS30*fr CHUKAN IAIRO INTERMEDIATE CIRCUIT tRUJ) CHUKAN KTOKU INTERMEDIATE STATION f!B|«!;£*?1$S CHUKAN SHUHA ZiFUKUKI INTERMEDIATE AMPLIFIER tsa^j^ft. CHUKAN SHUHtSO INTERMEDIATE FREQUENCY

INTERMEDIATE DISTRIBUTING t$K*£& CHUKAN HAISENBAN BOARD tisj*t CHUKAN SEN INTERMEDIATE CABLE

INTERMEDIATE TRANSFORMER, fflggus CHUKAN HENSEIKI INTERSTAGE TRANSFORMER t 7© ©J Jl NAKACURI BAN BORING MACHINE f» CHUKEI TRUNKING. RELAY f.*Iy ^ v7 CHOKE 1 JAKKU TRUNK JACK ta^-^i CHUKEI HOSHIKI ZU TRUNK ING DIAGRAM t^@^ CHUKEI KYOKU RELAY STATION t.*! 1^ CHUKEI TOBI JUNCTION CALL. TRUNK CALL t.«S«3l CHUKEI HOSO RELAY BROADCASTING tisa CHUKEI SEN TRUNK LINE, JUNCTION LIKE t,«§m^ CHUKEI SEN NORITSU TRUNK EFFICIENCY t a.*s*r CHUKEI SENRIN REPEATE8 COIL, RELAY COIL

t.«8?.S4«fS CHOKE 1 SENRINKD REPEATING COIL RACK

PlftS CHUKEIKI REPEATER

SINGLE CURRENT KEY UITH t »«. CHUKEI KEN SWITCH

NEEDLE, ROD, IN LINE, * KUSNI, K»N, KEN SKEDER, PR06

*##$$ KUSHIGJT* KIKtN TANDEM ENGINE

TEN. CHIBO, BOCHI. CH080 DOT, PERIOD, MARKER

A. HARU, KIN ROUND, CIRCULAR. ROLLING

*j^ f - 7 H M1DUGATA KEBURU ROUND CABLE

*M3 Sg $ S5 HARUGATA KEIDENKI ROUND-TYPE RELAY

SHU. SU, NUSHI, ARUJI, HEAD, TOP. MAIN, MASTER i KASHIRA iS SNU KTOKU MAIN OFFICE i**S SHU HASSHINKI MASTER OSCILLATOR. DRIVER

; HETSU, HECHI RIGHT TO LEFT MOUNT. BOARD, CLIMB. * SHO. J5. NORU MULTIPLY

*-£& JO TEISU MULTIPLICATION CONSTANT BEND, INFERIOR, ODD, z. OTSU, ICHI, ITSU SINGULAR

& XAN, (EN, GEN DRY. HARD ji -d >j - r /k K AN SHIN KfBURU DRY-CORE CABLE

Jfit* KAN DENCHI DRY CELL, DRY BATTERY

J KEISU, GACHI STOP, LIHIT

COMPREHENSIVE, VISE, I RYO FINISH

3 Wl RtOKAlOO INTELLIGIBILITY

=- Nl, Jl, fa, FUTATSU TIO, SECOND

~+« FUTAGO YORISEN TKISTEO HIRE

©*-* HIHON MAKI BIFILAR HINDI NG

NIJI RAIN SUHITCKI SECONDARY LINE SVIITCH ^ ©A 7 ©i >- Z ( >y -f

-*«* NIJI IAIRO SECONDARY CIRCUIT

-**LJH NIJI HOSHA SECONDARY EMISSION

**t* NIJI DENSHI SECONDARY ELECTRON

SECONDARY CELL, STORAGE -*t*. NIJI DENCHI BATTERY, ACCUMULATOR

= *** NIJI SENRIN SECONDARY COIL

-*l NISO TIO-PHASE

^t^il NIJU «OS5 DUAL BROADCASTING i r g -/ K A 4 f NIJU GURIDDO SHINKUKAN DOUBLE GRID TUBE

-*iL« NIJU SSSHIN DOUBLE TRANSMISSION

DUPLEX OPERATION -tAtt NIJU TSUSHIN (TELEG. RADIO)

-t*H- NIJU GAISHI TWO SECTION INSULATOR

-t«4.« NIJU KINUMAKI SEN DOUBLE SILK COVERED HIRE ^t*tt NIJU DENSHIN DUPLEX TELEGRAPHY ~ 1 1& NUU DEMIA DUPLEX TELEPHONY

~ t % &*$- NIJU HEMHAKI SEN DOUBLE COTTON COVERED WIRE

= t ©9 « » KIJD ZSFUKUKI DUAL AMPLIFIER

-*# & NIJU KEHPA DOUBLE DETECTION

-i*# NIJU HENCH5 DOUBLE MODULATION

-£iiit;*s> HION TSUSKINKI DOUBLE SOUND TELEGRAPH

^ft£« NIBAI HCNSHUXI FREQUEHCT DOUBLER

-=-«.«, NIEKI SETSU TKO FLUID THEORY

^tei£f NIKTOKU SHINKUKtN DIODE

-&* NIKVOKU KAN DIODE TKO TERMINAL (TVO ENDED) -*,«-? « Nl TANSHI HO NETKORK

-a&t.«8 NISENSHIKI CHUKEIKI TDO HIRE REPEATER

=-.#^ia*fi- NISENSHIKI KAIRO TIO WIRE CIRCUIT

CAPACITANCE BETKEN -4«nai§-l Nl DOTAIKAN TORTO T»0 CONDUCTORS

i GO, IT5U, ITSUTSU FIVE f. r 'i / K -t « i GO GURIODO SHICHIKTOKU KAN PENTAGRID TUBE if

S- A. E, TSUGU, TSUGI SUB. SECOND, SUBORDINATE

&.&&•-;* AHANIN ru LINSEED OIL

$-&$&. A-EN TO GALVANIZING

&te$jiM!& A-ENTO KOSEN GALVANIZED STEEL HIRE £4S4t*«.Sl A-ENTO TESSEN GALVANIZED IRON DIRE

>- TO. -JO NECK

£ K5. KrO, HOMO, MIJIM1RI CROSS. ALTERNATE. MIX

CROSS CONNECTION. £*«<* KOSA SETSUZOKU CROSS SPLICE

£*** }- KOSA SAISHI TRANSPOSITION INSULATOR

5c*£ ROGO HAKI HEM 1 TROPIC KINDING

£>&, KORTU ALTERNATING CURRENT (A.C.) &>&r ©i -/r KORTU BURIJJI A.C. BRIDGE

£?,i

£>ilL&ft*t KORTU JUSHINKI A.C. RECEIVER fciUSf KORTU SNINKUKAN A.C. VACUUM TUBE fc >.*,£*;» KORrU HATSUDENKI ALTERNATOR, A.C. GENERATOR

£j&t5k K9RTO DENKO A.C. ARC

£. ;«,**»« KORtU«£ND5KI A.C. MOTOR

£ ;,«. t« HORTU DENATSU A.C. VOLTAGE

OPERATOR. TELEPHONE EXCHANGE £«4- KOKANSHU OPERATOR

KOKANSHU OENKA KAIRO EXCHANGE OPERATOR©S £**-f t# *- TELEPHONE CIRCUIT

*.H^t*t«i KOKANSHU DEKVAKI TELEPHONE OPERATOR©S SET

OPERATING IRREGULARITY OF x^fiJ: K5KAN JIKO TELEPHONE EXCHANGE

TELEPHONE EXCHANGE 3c«R4 KO«AN KANSA SERVICE OBSERVATION

TELEPHONE EXCHANGE CHIEF ittKS,* KOKAN (ANSHISHA OPERATOR

5c««5i KOKANIII TELEPHONE S« ITCH BOARD

K56ANSU ALTERNATION. FREQUENCY, fc**L NUMBER OF CYCLES

3ti«*L KOBAN HENSU ALTERNATING QUANTITY A. tf) HI TO. J\H. NIK KIN, INDIVIDUAL

/-*$ JINKS R»l ARTIFICIAL LIGHTNING

Ax,0i;s JINKO JISHJKU ARTIFICIAL MAGNET ^

ft filidHtsIB©""1- SERVE tt-t- SHIDGE FINISHING

f £ SHIGOTO WORK ftfjfi SHIGOTO RIISU POKER

DEVICE, APPOINTMENTS, «:» SKI KIKE HEANS tt*k SKITO SPECIFICATION

SEPARATE. SIDE, «i U, 0». HOXi OTHER, ANOTHER

SEPARATE HETERODYNE MiffiJAt a /-! 7 &1t$fe UREI HEIEROOIIN JUSHINKI RECEIVER

PRICE, COST. CHARGE, AGE. «. DAI, Til. TEI, KtVtRU ERA, kNERATION

TRUNK HUNTING CONNECTOR, ^ *.*«.» ^ #- ? ) - D1IHYO BINGO KONNEKUTi P.B.X. CONNECTOR

{ >c FUKU, BUKU, FUSU. SHITAGIU LOVER, ACCEDE, FOLLOW

^ft FUKKIKU MAGNETIC INCLINATION, DIP

'A B1TSU, HtTSU, UTSU. BOCNI, KIRU CUT. SEVED

«.#. B»SS»I TRIM, TRIMMING

<$.iam-v ISO HAZURE OUT OF PHASE

li*M ISO «»KU PHASE ANGLE

-ti^itli. ISO It ISO PHASE CONSTANT

tt#!£ ISO HIZUMI PHASE DISTORTION

PHASE COMPENSATOR, tt^WSE ISO HOSHOKI PHASE EQUALIZER

<4*a£lfl ISO HENCHO PHASE MODULATION

te I j. % <\ * - ICHI ENERUGT POTENTIAL ENERGY

<& TEI, TAI, HIKUI L0». LOWER

f« TEI SHUHA ZOFUKUKI L0« FREQUENCY AMPLIFIER

J&B1-&& TEI SHUKASU LOV FREQUENCY

-ife-fSj-jiXAS TEI SHUHA KENSEIKI LOK FREQUENCY TRANSFORMER

-ife-fflUvl^ TEI SOKUHATAI LOK SIDE BAND

<&.*Av4-;ix.§s TEI 1(1 ROHAKI 101 PASS FILTER

L0« VOLTAGE. LOK TENSION, '<&.%. niATsu LOB PRESSURE

'^&$,fa TEIATSU OENKO LOV VOLTAGE ARC 10

1i M, JU, CHU, SUNU STAY, RESIDE a £ t# JUTAKU DENK1 RESIDENCE TELEPHONE

^ SJKU. S*. TSUKURU HAKE, IORK

©

^ Nil, HfO. NARASII LINE. Ill LINE ^fr*£ KEIGO KEN INCOMING CALL GROUNDING IXT

* SHI, ISUKAU USE, CAUSE TO IORK

teffl t;.l SHirO DENRtU WORKING CURRENT

SHI TO DENATSU IORK ING VOLTAGE. ftflt* SERVICE VOLTAGE

«.«&* SHI tO ORYOKU VORKING STRESS

-

f* HO. HO. TAHOTSU wtrt*mun- *»•

«*a HOANKI PROTECTOR

« .# HOJI LOCKING

COERCIVE FORCE. 4*44* HOJI RTOKU RETAINING FORCE

-f##rBi3ft- HOJI KAIRO LOCKING CIRCUIT

<^»* HOJIRrOKU iE T5?irNG^CE ( "AG"EIIC! -

^^i -T HOJI SHI KEEPER (MAGNETIC) 11

*$« 14 KOJISEI RETENTIVIIY

_

*

TRUST. FIDELITt. CONFIDENCE, 'fa SHIN, HIKOTO. TUORI TRUTH, MESSAGE

«* SHINGO CODE, SIGNAL

<«*7 / r SHIHGO RJNPU SIGNAL LAMP

SHIKGO KAIRO RINGING CIRCUIT, ©it-siias* SIGNALING CIRCUIT

RING-DOWN STSTEH li-tX SHINGS SHIKI (TELEPHONE)

TONE, SIGNAL TONE ft«* SHINGO ON (TELEPHONE)

RINGING GENERATOR, ««L«-t« SHINGO lUTSUDEN©KI SINGALING MACHINE

ttteftit-frrt. SHIMG5 T«l ZUSUON-KI SIGNAL TO NOISE RATIO

if- sm, SHU, OS»M»RU MANAGE, REGULATE STE^HON^ ©" *jE-jE.im«-.w SHUSEI KilROHO

«i©l©f !tt.^4!t K06ETSU rOBIDtSHI DENKAKI INTERCALL TELEPHONES

ft BH, HAI. H»SU MULTIPLY, FOLD

«« ifi.*tt,&» BAI SKDHA ZOFUKUKI OCTOMONIC AMPLIFIER ft-t BAIOM HARMONIC 12

«. HEN. K»mORU LEAN, INCLINE

POLARIZATION (OF ELCCTRO- tfe©J WT»rORI HAGDETIC WAVE)

tev& HEHPA POLARIZED HAVE

A "-,&, 30 HEHPA HEN PLANE OF POLARIZATION

«&<$£ HEN-1 HIZUMI BIAS DISTORTION

Afif t/£ HEN-1 DENATSU BIAS VOLTAGE

«f>4* tlfi- HEHDO DENREI BIAS SELL

<* TEI, JO, TODOHARU STOP, CEASE, HALT

ELECTRIC SERVICE ff-t, TEIDEN INTERRUPTION

SOKU, SHOKU. SHIKI. SOBA, SIDE. BESIDE fill KATAVARA

*1 MI ;£.# SOKU SHiiflATAI SIDE FREQUENCY BAND

«;£f SOKUHA TAI SIDE BAND

WJ -S- SOKUON SIDE TONE

«©l ;« Js t S UKIMICHI CHIKUDFNKI BY-PASS CONDENSER

<* GO, GO. GU. TAGUI LIKE, SIMILAR, EQUAL

^^i GUHItSU HIZUMI FORTUITOUS DISTORTION

W*L«vl GUSU CHOHA EVEN HARHONICS 13

if HC, BO, SOBA, KATAWARA NEAR. BESIDE, ADJOINING

#ft*«f BONETSU SHIHKUKAN HEATER TYPE VACUUM TUBE tffcwrtt BONETSU INKTOKU INDIRECTLY HEATED CATHODE

^ KASA. SAN UMBRELLA

$"# 7 V T -t KASAGATA ANTENA UMBRELLA ANTENNA

HOLD, SHO». ANTICIPATE. 11 SAI, SE. HOrSSU

tt» SAIKATSU LUBRICATION

'

TALE. SAGA. TO PASS ON, 14 DEN, TEN, TSUTAU TRANSFER

»i* DENSO TRANSMISSION

TRANSMISSION EFFICIENCY {j| j^^L * vS©J 5c §11 DENSO NORITSU SOKUTEIKI MEASURING DEVICE ft it < >- £ - r x 7, DENTATSU IMPTDANSU TRANSFER IMPEDANCE

ifil* DENTATSU KEI TRANSMISSION STSTEM ftifca. OENTATSU TEISU TRANSFER CONSTANT

1*4* DEMPA PROPAGATION

<«*4.fe DEMPA TEISU PROPAGATION CONSTANT

CONDUCTION CURRENT, <*4-tS5. OENDO DENBYO GALVANIC CURRENT

«** DENDOTAI ELECTRICAL CONDUCTOR 14

n KEI. KT5, MTiBUKU LEAN, INCLINE

ft&7 Xft KEISH1 ANTtNi INCLINED ANTENNA

&&£+&. KEISHi KUCHUSEN INCLINED ANTENNA

HIM, JIN, HITO KVWWWPB tfcK"- /U©U) PORTION OF CHARACTER) 1L GEN. SAN, HOTO ORIGIN, BASE, START

iL$ 6EKSO, SANSO ELEMENT

OJ GENKIKU ELEMENT (OF CODE)

1L JU, JO. HITSU FILL. FULL It JUDEN fflMirfflWT- ltffl«-tH JUDEN Y5 HATSUDENKI CHARGING GENERATOR

!£*«. JCDEN KTOKUSEN CHARGING CURVE

Itti/L JUDEN DENRTD CHARGING CURRENT

*. KO. HIKARI LIGHT, LUSTRE

*.t* KiDENSHI PHOTO-ELECTRON tfc-r;fclj KODENSHI HOSHA PHOTO-ELECTRIC EMISSION

iLt-J-til KODENSHI OENRTU PHOTO-ELECTRIC CURRENT

^L ifi. KODENCHI PHOTOCELL, PHOTO-ELECTRIC ^ttJcA* KODEH KOKA PHOTO-ELECTRIC EFFECT

itt7f<^-X4. KftEN GCNKAI HAC«9 PHOTO-ELECTRIC THRESHOLD

*,t*. KODENKI PHOTO-ELECTRICITY

KODEH KAN PHOTOCELL. PHOTO-ELECTRIC *>tf CELL 15

££ & «S DODENSEI PHOTO-COHDUCTIVITT

*.*t* a DODENKAN PHOTO-CONDUCTIVE CELL

IN, GO IN, PUT IN, ABSORB. TV HYU. JU. IRU .CONTAIN

?^U l\f IRERU awseif

?v* NTU RYOKU INPUT

^. 1) 7 F J .., ^ -J 7- MYURYOKU ADOHITTANSU INPUT ADMITTANCE

>-'1i 4 -J £,-/ / 7. NYURYOKU IHPTDANSU INPUT IMPEDANCE

>-*^^IS NYURYOKU HENSEIKI INPUT TRANSFORMER

^-ta«* IRI CHUKEISEN INCOMING TRUNK LINE (TEL.)

^« A HYUSHA KAKU AN^OF t&CE

MtiS. NTUSHA HA INCIDENT WAVE

i^ Nil, DAI. UCHI IN, WITHIN. INSIDE

UCHI GA«A HI HO INSIDE CORD, BACK CORD, i*l*j.*fl REAR CORD r*J4p 4 t~ C.©- f y 7- NAIBU IMUPlDANCE INTERNAL IMPEDANCE

INTERNAL RESISTANCE, ANCDE r*UMW5L NAIBU TEIKO (PLATE) RESISTANCE r^JR^IS NAINEN KIKAN INTERNAL COMBUSTION ENGINE

-

4- ZEN, SEN. HATTASHI COMPLETE. TOTAL, FULL

DEAD EARTH. DEAD GROUND, ^->t«L ZEN CHIKI COMPLETE GROUNDING irifcgv! ZEHPA SEIRYij FULL-HAVE RECTIFICATION

^ A^A^ ZEHPA CEIRrUKI FULL-HAVE RECTIFIER

^^41Sf ZEN KINZOKU SHINKUKAN ALL -METAL TUBE 16

£}. » ZEN FUK» FULL LOAD $-11 £ f ZEHTAI YORVO TOTAL CAPACITY

fa RYO, NARABI, FUTATSU DOUBLE, TKO, BOTH DOUBLE EARPHONES, <& % «-& n RIOJI JUKAKI DOUBLE HEAD SET DOUBLE BUTTON TRANSMITTER *|Qii-&& RTOKO SOWAKI (MICROPHONE)

/ v NACHI. HATSU. TA. TATSU EIGHT

©*> KO, KU, OVAKE PUBLIC

^ ttfcflT KOSHU DENKASHO PUBLIC TELEPHONE BOOTH

iMf£l£;& KOSHU DENVAKI PUBLIC TELEPHONE

©^41* KOSHij DAI PAY STATION BOARD

©«>:$.% * KOSHO BARIKI NOMINAL HORSE POKER

-*- mm. m, HUTSU SIX

^*H ROKUSO SIX PHASE

rt 3Mi (t -51 ROKU TAN-1 FUGO SIX UNIT CODE

JL KYO, GU, TOHO TOGETHER

REVERTIVE CALL, A i?l te 5- °* KYODO SOGO YOBI MUTUAL CALL KYODO SOGO YOGI TSUKA REVERTING CALL SWITCH, £t3IWi"f&it7-. 4 .,'j-. SUV 1 TCH 1 MUTUAL CALL SKI TCH

*®i& KYODO SEN PARTY LINE 17

* il!L& KVORTU SHIKI COMKON BATTERY SYSTEH

** KTOSHIN RESONANCE

*4iM- KYOSBINSHI RESONATOR

£**.*& KYOSHIK KrOKUSEN RESONANCE CURVE

* « ;&#. KYOSHIN SHUHtSU RESONANCE FREQUENCY

*».t-;^ KYOSHIN DENRYU RESONANCE CURRENT

£*i KYOSBINKI RESONATOR

£*E KrOSHIK TEN RESONANCE POINT

#41-?; A IS KYOSHIN HENSEIKI RESONANCE TRANSFORMER

#4M#pA KYOTSU SEIGYO SHIKI COHNON-CONTROL SYSTEH

#£& KTODEN SHIKI COHKON BATTERY SYSTEH

£t^t&4$ KYODEN SHIKI OENB4KI COHHON BATTERY TELEPHONE

Jt o| KYOHEI RESONANCE. RESPONSE

n KEI, KYO BOUNDARY

& Sll, FUTATABI AGAIN, TO REPEAT RESUSCITATE RESTORATION, SAISEI REACTION, REGENERATION, &£ RETROACTION

-fri^t.*&ffi SAISEISHIKI CHUKEIKI REGENERATIVE REPEATER

&iHrji*$jft SAISEI 80S HI SENRIN ANTIBE GENERATION COIL

*-£&!**% SAISEI JUSHINKI REGENERATIVE RECEIVER

AAi ta SAISEI CHIKUDENKI REACTION CONDENSER

REACTION COIL, -«- A »*^ SAISEI SENRIN REGENERATION COIL

* 4#8r& SAISEI KEHPA REGENERATIVE DETECTOR

*&it SAI HOSO RE BROADCASTING

AM©i- SAI KETSUGO RECOMBINATION (E.G. OF IONS)

AM« SAI FUKUSHA RE-RADIATION

RESTRIKE OF ARC, A ?* a^ SAI TENKO RE-IGNITION at ARC

525973 0-43-2 18

- B£«l, HT1KU, OU COVER

f BEKI POKER ORITH.)

>{*W HTO, KORI ICE, FROZEN

;$- Rk?fl- "©"""© COOL, COLD

;-N*A!£i REI KTAKUSHIKI SHINKU«»M mtm m- fr*tt REI INKTOKU COLD CATHODE

^-JT«*i.« REI INKTOKU N6SHA COLD CATHODE EMISSION

;« JUN. SHUN REFER, SENI, QUASI

;£*£**.*! JUN JKTEI JOT»I HETASTABLE STATE

CKONCENSTjSfEC - F"EEZE - * GYO, KORU PACKING (AS CARBON GRANULES -J&.® 6YOKO IN NIC.)

& *?. GYOKO TEN FREEZING POINT

n. SHU. JU INGS

A, Kl. TSUKUE DESK

#. r>no KITE

fli^lLi* UKOSHIKI KIKYU KITE BALLOON 19

n K1H, RON RECEIVER, RECEPTACLE *

£ SHUTSU.. IDE. IZU 60 FORTH, GO OUT

* u SHUTSURTOKU OUTPUT

it *M •/£-?•;* SHUTSURTOKU IHPTOiKSU OUTPUT IMPEDANCE

A i]$.A& SHUTSUlnOKU HEHSEIK1 OUTPUT TRANSFORMER

t»-/, -V 7 DE CHUKEI JtKKU OUTGOING TRUNK JACK

t*8<& DE CHUKEI SEN OUTGOING TRUNK LINE

77 C©J) TO, KAT1NA SHORO, BLADE, KNIFE

JS- JIN, NIN. HA, HtKODO BLADE.KNIFE, CUTTING TOOL

9-#KIS5& HtGITA MIHEIKI KNIFE SKI TO

"

©""" BUN. FUN, KAKATSU DIVIDE, PART, SEPARATE

©»M 8UNSHI MOLECULE

©^ti BUNSHIRYO MOLECULAR HEIGHT

©3s- f 4 •; y i ? •/ f- BUNPU INDAKUTANSU DISTRIBUTED INDUCTANCE

-Sf^fe*. BUNPU TEISU DISTRIBUTED CONSTANT

-S-^P fri BUMPU TOBYO DISTRIBUTED CAPACITY ©» * BUNS5 PHASE SPLITTING ©s-i/iug BUNRTUKI SHUNT

^B£.» BUNPAIKI DISTRIBUTOR

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J- S&i&liL DOJO TEIK9 SOIL RESISTANCE

ft CHI. Jl, TOCHI, TSUCHI EARTH. GROUND, LAND, SOIL

*£ t 1 - 7" IV CHIKA KEBURU UNDERGROUND CABLE

tt T MIJ& CHIKA SENRO UNDERGROUND LINE

*it %•$. CHICHU DOTAI EARTH (GROUND) CONDUCTOR

&% 7 V f -t CHIHEI ANTENA EARTH ANTENNA

*tifajL CHI TEIKO GROUND RESISTANCE

*t«. CHI BAN EARTHPLATE, GROUNDPLATE

*fe£ 7 y =r J- CHIHYO ANTENA GROUND SURFACE ANTENNA

te-^fc CHIHYO HA GROUND HAVE, SURFACE HAVE

*&% JION BACKGROUND NOISE

ttJL CHIKI EARTH, GROUND

M ft. r

}&.1JLfajrL CHIKI TEIKO GROUND RESISTANCE

!&}£& &&%. CHIKYU KTOKUHEN XOKA EARTH CURVATURE EFFECT

it *$.&. IL, CHIKTU JIKI TE«??LTi&T,SM

JtfcJSS- CHIRO EARTH, GROUND, RETURN PATH

*4 t !«. CHIDENRTU GROUND CURRENT

^.«|. CHISEN GROUND HIRE 39

tet&OI- CHI JIKAI EARTH MAGNETIC FIELD

EARTH MAGNETISM, *fc*#ii CHI JIKI TERRESTRIAL MAGNETISM

}&^&r CHI KIRO GROUND RETURN

rt KIN, HI TOSH 1 EACH, AVERAGE

t's] - ft & KIN-ITSU RVOXIN FLAT RATE

14 KM, TSUBO CONTAINER rt*®jHi RUTSU60 T«NSO RETORT CARBON

± SUI, ZUI, I1RU EDGE, FRINGE. TASSEL

t T 7 > r * SUIKA MTENA TRAILING ANTENNA

t 1 7 •/ -r t SUICHOKU »NTEN» VERTICAL ANTENNA

i J. ^ ,® f; P SUICHOKU-GAT1 KEIDEKKI VERTICAL RELAT

« KEI, GYO. KIT« SHAPE, HOLD, FORK

•32 &&$.;& KEIZO ZETSUEH6UTSU MOULDED INSULATOR '

Jl Btl. H»l, UZUHU BURY

*SfiL7 > -r -f kllSEISU ANTENA BURIED ANTENNA 40

4 Kl, KOTO ORIGIN

!?-#•& KIHON HA FUNDAMENTAL HAVE

4k3Mfc#. KIHON SHUHASD FUNDAMENTAL FREQUENCY

4-f-^^ KIHON RtOKIN MINIMUM RATE

*.>*<£ KIHON TAN-1 FUNDAMENTAL UNIT

£4 KION FUNDAMENTAL TONE

4*4 KISO FOUNDATION

&*£H9 KISO Mi! BASIC NETKORK

# HO. HUKUYU, SHIRASE COMMUNICATE, REKARD, REPORT %Lmi3%. HOJI SHINGO TIME SIGNAL

$L^4* HOJIKI TIMING DEVICE, TIKE SKITCH

» SOKU, FUSAGU BLOCK, PREVENT, OBSTACLE RESISTANCE RHEOSTAT. £;&&«.£ SOKlffirO TEIKOKI RETARDER

RETARDING COIL, CHOKE COIL. £ J)!L*Me SOKURTO SENRIN REACTANCE COIL

.

INCREASE, MULTIPLY. **- SO. ZO. HASH ACCUMULATE

*f jits-* ZORrO TOSAN INCREASED-CURRENT METERING

^f;Xlt ZORTU KEN INCREMENT KEY

NOTE AMPLIFIER, SOUND *»* n ZOON Kl AMPLIFIER

>tti ZOSETSU ENLARGEMENT

*f^tli« ZOSETSU DENWAKI EXTENSION TELEPHONE

>tis.tM- ZOSETSU DENREI EXTENSION BELL 41

*s« ZOFUKU AMPLIFICATION Utilise. ZOFUKU TE1SU AMPLIFICATION CONSTANT

*f1Stt*L ZOFUKU KEISU AMPLIFICATION COEFFICIENT

*t * 1 ZORJKUDO DEGREE OF AMPLIFICATION

AMPLIFICATION FACTOR. *»H&> ZOfUKU RITSU AMPLIFICATION CONSTANT

*9-ftf ZOFUKU KAN AMPLIFIER TUBE

*f 14 & ZOFUKUKI AMPLIFIER

*9 'M -at i*. % ZOFUKU ROHAKI AMPLI-FILTER

*SJ££# ZOITSU TOSIN BOOSTER HEHRING

s HEKI. K»BE. KUKI HALL, PARTITION, FENCE «*»*&** K»BEK»K[ DtmJKI •ALL TELEPHONE SET

£ USU. OSU PRESSURE, PRESS «/? ATSURYOKU PRESSURE, PRESSING FORCE *fltt AISURTOKU KEI PRESSURE GAUGE, MANOMETER

^ -o '; — 7" ;v PRESSED-CORE CABLE, ASSHIN KEBURU COMPACT STANDING

>S ^« -^ APPUN TESSHIN DUST CORE

*•«,*. AtSU DENKI PIEZOELECTRICITY

JltlL£l!L ATSUDENKI TEISU PIEZOELECTRIC CONSTANT

Jtt.4 ATSUOEN RITSU PIEZOELECTRIC MODULUS

;I If9 '< 7- ASSHUKU BANE COMPRESSION SPRING

COMPRESSION, ;S.^fl 1SSHUKU RYOKU COMPRESSION FORCE

JS .^ HI -7 ASSHUKU TSUTOSA COMPRESSION STRENGTH

JIM& fl ASSHUKU ORTOKU COMPRESSION STRESS 42

KAI, KE, YABURU, KUZURU TEAR, FALL APART *

*fc KlISAN DISINTEGRATION

-

-t SHI, Jl. SAMURAI ACCOMPLISHED PERSON, KARRI OR

JU. SHU, KOTOBUKI LONGEVITY $

$ %••&£ JUMY5 SHI KEN LIFE TEST

^ CM LATE, FOLLOW, ARREAR

Z. SUI DRAG

9 SEKI, JAKU, YUBE TWILIGHT, EVENING

*\ SOIO, Gil, GE OUTSIDE, OUT

*\ ffl'J ,«2 soroGAM HI no FRONT CORD, OUTER CORD

*\%$ 4 y t' — 9" > * GAIBU IMPlDiNSU EXTERNAL IMPEDANCE

^4M&^ G»IBU TEIKO EXTERNAL RESISTANCE

?[&£&% GAI TETSU HENSEIKI SHELL HPE TRANSFORMER

% TA, OSHI PLENTY, OVER, MANY, SEVERAL

$3LH TtKO SEI POROSITY 43

5 % 4* rt © $. TAKrOKU SETSUZOKU K1ISEN OMNIBUS CIRCUIT

M iiJ SMfr TUtKKEl SENRIN POLYGONAL COIL

M;;ii£t,$ TA SKUHA HATSUDENKI HUH 1 -FREQUENCY GENERATOR

2*! TASO POLYPHASE

lR*f im TADAN ZOFUKUKI HULTI-STAGE AKPLIFIER

Ifltfl TASO OENRYOKU POLYPHASE PO«E8

*15 TAJU KTOKU HULTIUNIT OFFICE >4aifi TAJU SOSHIN MULTIPLEX TRANSMISSION MULTIPLE EARTH, 5 -t#*fc TAJU SETCHI MULTIPLE GROUN6

2 f iiit SS- TAJU TSUSHIN RO HULTI -CHANNEL

51^*|.t,f| TUii HUSEN DENSHIN MULTIPLEX RADIO TELEGRAPHY It tit TAJU DENSHIN MULTIPLEX TELEGRAPHY

Jitfc TAJU DEIMA MULTIPLEX TELEPHONY

J#lfS TARO DENSHIN MULTI-CHANNEL TELEGRAPHY

I /f &«• TASO SENRIN MULTI-LAYER COIL CAPACITANCES OF MULTI- 2 W*1£t TADOTAI KAN YORTO CONDUCTOR SYSTEM

fc YA. »0. »ORU NIGHT ^.Plii*. TAKAN KOKA NIGHT EFFECT

^.foltlt TAKAN DENREI NIGHT BELL

it^tltejJS- TAKAN DCNREI KAIRO NIGHT BELL CIRCUIT

*. DAI, TAI, OUT, 01. FUTOI LARGE, BIG. GREAT, MASSIVE

^^t OK ISA LOUDNESS (OF SOUND)

<*t DAI CBI EARTH. GROUND

EARTH POTENTIAL. ^^t^ DAICHI DEN-1 GROUND POTENTIAL 44

&&& DAIRISEKI MARBLE

*t#.5 OAIDENRKOKU KrOKU HIGH POKER STATION

*. TEN, AME. SORA HEAVEN, HIGH, UP ABOVE

K.&S&K TEIINEN JISHAKU NATURAL MAGNET, LOADSTONE

SHITSU. SHICHI, AYUMACHI, DROP, LOSE. LOST #L USHINAU

*.^ SHITSUKO LOST CALL (TELEPHONE)

Kl, NEZURASHT, A»ASHI ODD. SINGULAR, SECRETIVE 5

^JSLAtflit KISU KOCHOHA ODD (NUMERICAL) HARMONICS

^U.«A KISU CHOHA ODD HARMONICS

' \

*- SO, SUSUHU PERFORM KITH RESPECT

^*ts^ SOGAKU DEKKO MUSICAL ARC, SINGING ARC

-*- JTO. NTO, ONNA. ME WOMAN, FEMININE '

^ 80. HO. SAHATAGE OBSTRUCT, INTERFERE, OBSTACLE

DISTURBANCE, JAMMING, IN **$ BOGAI TERFERENCE 45

CHILD. BABY, f SHI. Jl, KO. SU OFFSPRING, ELENENT

*L KO, KU, ANA HOLE. SPACE 31B* KOGEKI RITSU POROSITY

j-. SEN. HEI CROVN, COVER, ROOF

% U, NOKI ROOF, HUT, SKY f*ML UCHU SEN COSMIC RAY

* AN, YASU, YISUSHI SAFE, SECURE, LOH-PRICEO *ir^ ANZEN BEN SAFETY VALVE

*Sr^ ANZEN RITSU FACTOR OF SAFETY *14&^ A»TEI TEIKO SAFETY RESISTANCE, BALLAST *£&tt.f AKTEI TEIKO KAN BALLAST TUBE

*. KAN, UN. HtTUSHI COMPLETE, FINISHED t 3 -f KINRYO TOBI COKPLETED CALL (TEL.)

COMPLETE SHORT CIRCUIT, t^m.Ǥ- KJUZEN TAHRAKU DEAD SHORT

£ IEI, JO. SADAME DECIDED, FIXED, STATIONARY £ -fi 7 ©t V * < -v -f TEI-I RAIN SUWITCHI HOHINS-TYPE LINE SWITCH

^^"-f TEI-JI TOBI FIXED TIME CALL (TEL.)

£.# TEIKAKU RATING 46

$.#•$••1 • TEIKAKU YORV5 RATED CAPACITY

&*frtJS. TEIKAKU OENRYU RATED CURRENT

£#•** TEIKAKU DENATSU RATED VOLTAGE

STATIONARY HAVE, £.$*. TEIJO HA STANDING WAVE

!t#Lft TEIJO JOTAI STATIONARY STATE Iff TEIJO KAI STATIONARY FIELD

t#l**# TEIKI SHIKEN ROUTINE TEST, PERIODIC TEST

5tJW«* TEIKI CHOSE 1 ROUTINE ADJUSTMENT

5tt>«.*t« TEI DENRYU HENCHO CONSTANT CURRENT MODULATION

£t*ft« TEI DENATSU HENCNO CONSTANT VOLTAGE MODULATION

£.1 TEITAI STEADY STATE, FIXED STATE

f SHITSU, HETA. mm ROOM, CHAMBER. ENCLOSURE t'A SHITSU ON ROOM TEMPERATURE

|y|. KATA, KATADORU, FORM, CONFORM, GIVE. USE, * CONTAIN

«-f YORYO CAPACITANCE, CAPACITY

£ t ') 7 ^ 9 •; *• YORYO RIARUIANSU CAPACITIVE REACTANCE

%-tK-^ft roero FUHEIKO CAPACITY UNBALANCE

*f $ t«l rORYO KUCHUSEN CAPACITY ANTENNA

frf tf.& roRro KEISU COEFFICIENT OF CAPACITANCE

CONDENSER COUPLING, &i.*ii^ YORTO KETSUGO CAPACITY COUPLING

* KI..YOSU. rORU, SUGARU CONGREGATE, DEPEND, LEAN 47

| 4 *Mft KISEI SHIND5 PARASITIC OSCILLATION

.

CLOSE, DENSE, SECRETIVE, * HITSU. HISOKA, SHIGESHI QUIET

-&i 41 £- •fa tfo a HIISU KETSUGO CLOSE COUPLING

t JITSU, HI, HAKOTO ACTUAL, REAL, FRUIT, SEED f ^ £*& JITSUYO KUIKI SERVICE AREA, WORKING AREA

t ffl*<4 JITSUYO TAN-1 PRACTICAL UNIT

PHYSICAL CIRCUIT, •%®ltr JITSU KAIRO SIDE CIRCUIT

f #<* JIKKO CHI EFFECTIVE VALUE, R.K.S. VALUE

f «*.«. JIKKO TEIKO EFFECTIVE RESISTANCE

1 » 4> JIKKO D>K> EFFECTIVE HEIGHT

| {* 7 f 5 ? V 7, JIKKO ADOMITANSU EFFECTIVE ADMITTANCE

* SHA, UTSUSU COPT, IMPRESS PHOTOGRAPH (PICTURE) «*i*ii SHASHIN DENSO TRANSMISSION TELEPHOTOGRAPHY, PHOTOTELE $l-t,fl SHASHIN DENSHIN GRAPHY, PICTURE TELEGRAPHY

^t-;t SUHPO DIMENSION 48'

It SHA, JA. IRU SENDFORTH, DISCHARGE, FIRING 3t£ SHATOTSU BOMBARDMENT. COLLISION

W£t# SHATOTSU OENRI IONIZATION BY COLLISION

t* TSUI, TAI, MUKAU, KOTAE AGAINST, OPPOSE, PAIR, THIN

ft % >r - r iv TSUIGATA KEBURU PAIRED CABLE

& ifi. TAIRVU CONVECTION ftjifutifi. TAIRYU DENRYU CONVECTION CURRENT *m TAISHO SYMMETRICAL

£m^ TAISHO BUN SYMMETRICAL COMPONENT &&&&& TAISHO KAIRO HO SYMMETRICAL NETKORK H#& TAISHO HA SYMMETRICAL HAVE METHOD OF SYMMETRICAL &**&#;* TAISHO ZAHYO HO COORDINATES

ftfeiMi* TAISU GEMPUKU RITSU LOGARITHMIC DECREMENT

&&#** TAISU GENSUI RITSU LOGARITHMIC DECREMENT

$ TO, DO.HICHIBIKU LEAD, GUIDE, CONDUCT $t& DODEN DO CONDUCTIVITY f t^ DODEN RITSU SPECIFIC CONDUCTIVITY

CONDUCTIVE COUPLING, ^-t-**^ DODEN KETSUGO GALVANIC COUPLING

^atst DO J IKE I PERHEAMETCR

1-as^ OOJI RITSU PERMEABILITY

^11. DOSEN LEAD HIRE

1-.«*1W OOSEN MO NETKORK OF CONDUCTORS

1-f! DOTAI CONDUCTOR

1-fll4&tt. DOTAI TEIKO CONDUCTOR RESISTANCE 49

•J- SHO, KO. CHISAI SHALL, LITTLE, YOUNG

VILLAGE EXCHANGE, RURAL •j- a &$.&% SHO JIDO KOKANKYOKU AUTOMATIC EXCHANGE (R.A.X.)

•K,o> SEN, TOGARU, SEKI, SURUOOI SHARP, POINTED, NARROI

.1. si •*• -k. 31 va. SEHTO HA PEAKED HAVE, PEAK HAVE

&JUM SENTO FUKA PEAK LOAD

4feiiit SENTO CHI PEAK VALUE

^ KO BENT

?t SHU, JU. TSUKU, NARU, OVARU ADHERE, BECOME, CLOSE, FINISH

r SHI, SHIKABANE PRONE, CORPSE

STATION, OFFICE. BOOTH, % HWf.il, GOKU, KAGIRU, SHIKIRU DIVIDE. SEGREGATE

g, i*i '; - T iv KYOKUNAI KEBURU OFFICE CABLE (TEL.)

%> * t *.i.*& KYOKUNAI CHUKEISEN LOCAL TRUNK (TEL.) * H * KYOKU FUGO OFFICE CODE

^*p«4«- KTOKUBU KrOSHIN LOCAL RESONANCE

^tpig^s- KtOKIJBU KAIRO LOCAL CIRCUIT

^ 4f ^4f A KYOKUBU SHI HDD LOCAL OSCILLATION /&4p*4«.R KVOKUBU HASSHINKI LOCAL OSCILLATOR

^4rt,i*. KYOKUBU DENCHI LINE BATTERY, LOCAL BATTERY

^^P t.-^^ KYOKUBU DENCHI SHIKI LOCAL-BATTERY SYSTEM

^ B9 t /&.**- KYOKU KIN CHUKEISEN INTER-OFFICE TRUNK

^.^ti*^ KTOKUSEN DEKKAKI OFFICE TELEPHONE

525973 O - 43 - 4 50

& KUTSU, KUCHI. KAGAHU BEND, MRP £tf KUSSETSU REFRACT

&¥ib KUSSETSU KtKU ANGLE OF REFRACTION

AtfiS. KUSSETSU fl» REFRACTED HAVE

I OKU, Ik, 1UK. 01 ROOF, BUILDING

Art 7 > f t OKUNAI ANTEN* INDOOR ANTENNA

J. *f-is] *PI-3t OKUGAI DOCHO SENRIN OUTDOOR TUNING COIL

^ TEN, NOBU, TSURANU LENGTHEN. ELASTIC, SPREAD

ILtt TEKSEI HALLEABILITT

J&.RII&JS TENKAI TEIRI EXPANSION THEOREM

4 SO, SHO, KASA, KASANARU STEP, PYRAMIDING

£•^5. SO SHINKEI PITCH DIAMETER

^(^ t) TETSU, TECHI, HEBAE SPROUT, SEEDLING

-

^ s*«, SEN, rm MOUNTAIN, HILL

*H SHUN; KEIASHI STEEP, RUGGED, PRECIPITOUS 51

JiHik-A^l SHUNDO TEIGEN SOCHI mSRISf&ML

«U"l "I) SEK, KA»A FLO«, RIVER, BROOK

X, KO. KU, KAZA, SAIKU, TAKUHI DEVISE, ARTISAN, MECHANIC

*-ft&4& KOSAKU KIKAI MACHINE TOOLS, MACHINERY

J-& KOSU TOOLS, SMALL MACHINE TOOLS

j- *$&m KCJO SHIKEN SHOP TEST, FACTORY TEST

SA, HIDARI, SHIHO, SHIRUSHI, £ TASUKU LEFT, INFERIOR, AUXILIARY £ * -;£#j HIDARITE HOSOKtl LEFT HAND RULE

DIFFER. DEVIATE. ASKEI, & SA, SHU. TAGAU, SASU POINT, DESIGNATE £*> SAD3 DIFFERENTIAL

DIFFERENTIAL DUPLEX TELE &i4~4tte SADO NIJ1J DENSHIN GRAPHY i»tJWt SADO DENRVU KEI DIFFERENTIAL AMMETER ^taiitft SADO KEIDENKI DIFFERENTIAL RELAY

6 10, ONORE SELF 52

•f KIN, KON, KIRE, Ol, ZUKIN FABRIC, COVER, KIDTH

-$ SHI. ICHI. Jl MARKET, METROPOLIS

f 1^ 7 — 7" ^ SHIN* I KEBURU LOCAL (IITHIN CITY) CABLE

ifj ft t 111$. SBI«II CHUKEISEN LOCAL TRUNK

frt£^ . SNINAI KOKANSHU LOCAL OPERATOR (TEL.)

if ^ "f SHINII YOB I LOCAL CALL

lf> rt&S* SHINAI TSUVA LOCAL TELEPHONE TRAFFIC

f 1*1 *|.58- SHINAI SENRO LOCAL LINE (SEE SENRO-LINE)

if f\. SHI6AI RURAL DISTRICTS

TRUNK CABLE, ijj ?f-'/ - 7" 'I' SHIGAI KEBURU TOLL CABLE (TEL.)

f *f- f *I II- SHIGAI CHUKEISEN TOLL TRUNK, TRUNK JUNCTION

ip'f-£*4- SHIGAI KOKANSHU TOLL OPERATOR (TEL.)

1? »\-tL&W: SHIGAI KOKANSHO TOLL TICKET (TEL.)

15 *t-°f SHIGAI rOBI TOLL CALL, TRUNK CALL

f ?{-? -f ^ ^ >4 SHIGAI DAITARUH9 TOLL DIALLING

^ *l-ii^-fe U ^ ? — SHIGAI TSUIA SEREKUTA TOLL TRANSMISSION SELECTOR

f *Hs SHIGAI OAI TOLL BOARD

15 ?|-,^^- SHIGAI SENRO TOLL LINE, TRUNK LINE

t JO. SHO. TSUNE, NAHI, FUDAN NORMAL, ORDINARY, HABITUAL f«L JOKI NORMAL

t%?r*i^T JOKI IHKTOKU KOKA NORMAL CATHODE DROP

•f TAI, OBI, OBU BAND, HEAR, ENCIRCLE

%H'',-il 7 v 4- y 08IGATA HAIKUROHON RIBBON MICROPHONE

tf- }& 't -^ ^ TAI IK I CHUSHIN KYOKU ZONE CENTER, CENTRAL STATION 53

•rtt .-v - ,j* .*- •]£ •> SR 'ifi" *A / R "JT //& 'J5L ^ TJUIKl SHOKYO ROHAKI BAND-ELIMINATION FILTER

$#£* TAIIKI TOSAN ZONE METERING

^ ^-;i-;&§a TAIIKI ROHAKI BAND-PASS FILTER ft TAIDEN ELECTRIC CHARGE f tfi TAIDEN TAI CHARGED BOOT

-

Jr RAN, OKASU. TATE, MOTOHU, TESURI PROVOKE, RAIL, PREVENT t ft KANSH5 INTERFERENCE

3- HEI. HYO. TAIRA, HIRA FLAT, HORIZONTAL, ORDINARY

3- il fa\t HEIHOKON CHI ROOT MEAN SQUARE VALUE

3- 11 <&. HIRAUCHI SEN FLAT HIRE, FLAT CABLE

3: ft #L 1 1 % HEIKOBAN CHIKUDENKI PARALLEL PLATE CONDENSER

% ^ § * ft& HEIKIN JirO KOTEI HEAH FREE PATH

•f ^tt. HEIKIN CHI MEAN VALUE, AVERAGE VALUE

•=M2 7 - 7" n- HIRAGATA KEBURU FLAT CABLE

^- ^5 .«i 1 1 HIRAGATA KEIDENKI FLAT TYPE RELAY

^*.^*fr HIRAHAKI SENRIN PANCAKE COIL

•f ^H t.% HEIBAN CHIKUDENKI PLATE CONDENSER

-f S'J II HIRAKEZURI BAN PLANER, PLANING MACHINE

^-^u HEIRIU CONTINUOUS CURRENT

PLANE FIGURE, GROUND- •f »$ KEIHEN ZU PLAN, PLAN

^f f BTODO KAI UNIFORM FIELD

UNIFORM LOADING, •ff St^ BYODO SOKA CONTINUOUS LOADING

Jf- ii 7 y T r*- HEICHO ANTENA FLAT TOP ANTENNA

•fvf $.-;&*&!£ HEIKATSU SOKURTU SENRIN SMOOTHING CHOKE 54

*-/Hts HEIKATSU CHIKUOENKI SMOOTHING CONDENSER

-f«f HEIKO BALANCED, BALANCE

BALANCED ANTENNA, •f*r y* t HEIKO ANTENA BALANCING ANTENNi

-f IU % & £$..$] HEIKO YO KESSENHO BALANCING NETKORK

* * fl £ t ft HEIKO YO CHIKUDENKI BALANCING CONDENSER

-f #? © >§-.«g HEIKO KAIRO HO BALANCING NETVORK

jp-«f«sai« HEIKO KESSENHO BALANCED NETKORK •f a? f t s HEIKO CHIKUDENKI BALANCED CONDENSER BALANCED AHPLIFIER, ^-'-iU>f 'til HE IKS ZOFUKUKI PUSH-PULL AMPLIFIER

***«« HEIKO HENCHOKI BALANCED MODULATOR

^ NEN, DEN, TOSHI YEAR, AGE •

-SFftft NEN HENDO ANNUAL VARIATION

& YO THIN. NARROK

SIGN, INDICATION, NEAR, ft Kl. KU, KIZASHI APPROXIMATE

*ftr$-t KIKA YORYO GEOMETRICAL CAPACITY

/- GEN, IE ROOF, SHELTER

REGULATION, INSTANCE, A DO, TO, NOBI, HAKARI. TABI MEASURE A.ltlt¥ OOSUKEI KA HETER RACK. REGISTER RACK «.*.^t- OOSU RYOKIN MEASURED RATE, MESSAGE RATE 55

* ZA, SA, TOKO SEAT, PLATFORH, STAGE, FLOOR

A$ ZASEfl POSITION &%® tit it ZASEKI KAN CHUKEISEN INTERPOSITION TRUNK (TEL.) ft« ZAHrO COORDINATES

x_ IN DRAG, ELONGATE

51 EN, HIKU, NOBU PULL. LENGTHEN

11 1! ENSEI DUCTILITY, ELASTICITY it-M ENCHO KYOKU EXTENDED STATION iHt&IS- ENCKO SENRIN LENGTHENING COIL

JS. KAI, E, HEGURU ENCIRCLE, CIRCULAR, RETURN n% KAISETSU DIFFRACTION

£ KEN, KON, TATSU BUILD. ERECT Aa KENCHU ERECTION

•t KU, KVO FOLD

-^ BEN VALVE

•fr*ita BEN KEMPAKI VALVE DETECTOR 56

< rOKU, IKI. KUI STAKE, PICKET

SHIKI, SHOKU NORI CEREHONY, RITE. METHOD, & RULE, REGULATION

MOLECULAR HEIGHT, &i SHIKI RTO FORNULAR HEIGHT

'

BOV, LINEAR MEASURE 5 urn. m, YUMI 5fc£«l YUHIBARI SHISEN MARTINGALE

5! IN, HIKU PULL, DRAK, TUG, DRAG

51 *.R IWA TEN FLASH POINT

ENTRANCE CABLE, 51 ii T - r iv HIKKOHI KEBURU PULLED IN CABLE

Sli^-f HIKKOMI GAISHI LEAD-IN INSULATOR

31j«t«L HIKKOHI SEN TELEPHONE DROP CORD

5l5i'<* HIPPARI BANE TENSION SPRING

51 ^5f -f HIPPARI TSUYOSA TENSILE STRENGTH

51 5^.^.-^ HIPPARI ORYOKU TENSILE STRESS

SUBSIDIARY CABLE, 31 4$ ? - 7" ^ HIKIAGE KEBURU PLUG CORD

51 If* r HIKI-JIHE NEJI TURN BUCKLE

54 SKI, ruRimi, urimi LIMP, SLACK, LOOSE

5fc5. SHIDO SAG, DIP

3&5i^.^ SHICHO SHINDO RELAXATION OSCILLATION 57

® JAKU, HYAKU, YOWAI KEAK. KEAKENED

ft f. A&5S- JAKU DENRTU SENRO KAK CURREKT LINE

5t CHO, KARU STRETCH, STRAIN, TAUT 5M CHORYOKU TENSION

5^.^31 CHOSENKI ORAK VICE

KYO, CO, TSUYOI, ISUTOUU, STRENGTH, STRONG. FORCE, 51 SHI-IRU COHPEL

5£^ TSUJOSA INTENSITY (OF SOUND, LIGHT)

»*J«Lij KYOSEI SHINOO FORCED OSCILLATION

?f TIB, DAN, HAJIKU JNAP, BOUNCE

3»1«t DANSEI ELASTICITY

ELASTIC RUBBER, INDIA RUBBER, 3?ti^^ DANSEI WH(I CAOUTCHOUC

fffie-ft. DANSEI KCISU MODULUS OF ELASTICITY

5? 14?{Ljt DANSEI GENDO ELASTIC LIMIT

5? fi^H * DAKSEI SHATOTSU ELASTIC COLLISION

5?ft«fc-;iili-t DANDO KCNRTUKEI BALLISTIC GALVANOMETER

3-C2J KEI HOGSHEAD t 1, ATSUMARU COLLECT, ASSEMBLE 58

* SAN, KAHI HAIR

$ El. TO, KAGE SHADOI, SHAPE, FORM

*MH CIZO IMAGE

IHI- \ t- f - y y 7. EIZO IMUPTDANSU IMAGE IMPEDANCE

&it%&& EIZO SHUHASO IMAGE FREQUENCY

4 TEKI, CHAKU SHORT STEP

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1 1 •+ >; -'U-;*g'j BIO SABARU HOSOXU BIOT-SAVART'S UK

t" 3 7 r 7 . v f PICOFARAD

t 3 ^ X >J - PICOHENDT

t 7, 7- lx •'/ 7. HYSTERESIS

^ 7*7- <} -s * ff- It HISUTERISHISU KEISU HYSTERESIS COEFFICIENT

t x 7- v -> x tS . KISIITERESHISU SON HYSTERESIS LOSS

. t x ^ .; -> x *.£.«£. HISUTEDISHISU KANSEN HYSTERESIS LOOP 197

t' 7, h x ' PISTON

\LI- *. — / x.^fE.t^. SICHUKtN ZETSUCN OENSCN BITUMEN INSULATED HIRE t ., -> ^ ^~ HISSING f ., f- PITCH t'-^- x PINION t '-" v — v" 7 '' T f- BEVERAGE ANTENNA t > PIN

t x^- ^ 3*.^ PIHCHE I(OK» PINCH EFFECT

f =- *? -f PIN GilSHI PIH TtPE INSULATOR

7 - = - f v* FAUCAULT CURRENT, FUKO DENRTU EDDT CURRENT

7 - •; ,, *HL FURIE KTUSU FOURIER'S SERIES

7-'Ht > f fr'jSrtfkg- PURUZEN OENKO H1SSHINKI POULSEN ARC GENERATOR

7 , ^ >;_ FIBRE

77;?., K FARAD

7 r ? r' - ;* S'i FAHADC HOSOKU FARADAI'S LAV

7 7 7 . f" - &.*• FARtDE KOKA FARADAY EFFECT

7 r 7 r — fli 4f FAB»DE mW FARADAY DARK SPOT

7 r 7 T ~~ *t FARADC KAN FARADAT TUBE

7 i 7 y x i- FILAMENT

7 -f 7 X x h t * FIRAMENTO BENCH 1 FILAMENT BUTTERY

7 -f 7 / x ]- -t :-t. FlfiAMENTO DENRtD FILAMENT CURRENT

7-fr/xl-t® FIRAHENTO DE»«TSU FILAMENT VOLTAGE

7 ^ - ->' x y FADING

7 ^ - > >• y f? JL 7 x f- y- FE JINGO BOSHI ANIEKA ANTIFIOING ANTENNA 7'^'- BUZZER

7 If -\ -,*?t BUZA DCHPA KEI BUZZER IAVEHEIER 7'*'--4»fr BUZA REISHIN BUZZER EXCITATION 198

?'*'-.&« BUZ* HENCHO BUZZER MODULATION

/ 7 ., 7 X -f .., ^- HOOK SKITCH

7 , / ^ ^ w jrj- FUKKU SETSUDAN OIRO HOOK RELEASE CIRCUIT

7 .., -> ^ 7 ^ *g T* S- PUSSHU-PURU 20FUKUKI PUSH-PULL AMPLIFIER

7' .y -> * y 'i- #r •;*. «- PUSSKU-PURU REKPAKI PUSH-PULL DETECTOR

7 ^ — X FUSE

y^-ftn^i-nx PLIODTNATRON

77 1" ^ I- o >• ' PLIOTRON

7 7 "f X MILLING CUTTER

7 j? Y X jfc PURAISU BIN MILLING MACHINE

7" 7 ? * ¥ BURJUN KAH BRAUN TUBE

7 ?>-' PLUG

7 5 >' -ft t M «^. P'JRAGU TSUKI CHOKE 1 SEN PLUG ENDED TRUNK

7' r X ;t PJRjaj Z4 PLUG SEAT

7 ? X ^olf PURAGU TOKEI PLUG COUNT

7 7 r s PURJGIJ BAN PLUG BOARD 7' ? *- y 1 K PLATINOID

7" 7 ~, ? 7- — 7' BLACK TAPE

7 9 .., > X^' FLASHING

77 ., > - -ft ffl FURATTA SATi! FLATTER EFFECT ' 7 7 ,y J- V .., 7 7 ^ r i- FLAT-TOP-ANTENNA

7 7 .y )- £ - A PLATFORM

7' 7 •* 7 ? X -7 ^ ^ PRANAXWELL

7" 'J ,?•=••* fr.«f BURITAKIYA SETSUZOKU BRITANNIA JOINT

7 I/ y £ - &# FURIKKA KOKA FLICKER EFFECT

7 'J ., V =- ± f -ft BURIJJI NUO DE!ISHIN BRIDGE DUPLEX TELEGRAPHY

7 'J , x'^«t BURIJJI SETSUZOKU BRIDGE CONNECTION

7' 'J * ^ *Jt^: BURINERU KODO BRINELL HARDNESS

7'w-^ BRAKE

7 I/ — X BRACE 199

•7 V - \ PLATE

7 V - f- E7 & PURE TO IUIRO PLATE CIRCUIT

-7 V - \ fc fo PURETO TEIK5 PLATE RESISTANCE

-7V - 1- £* PURETO YORrO PLATE CAPACITY

7' v — h -f- >*. PUREIO DENCHI PLATE BATTERY

7 V - f- f >,t PURETO DENRlD PLATE CURRENT

7 V - ]- t $ PURETO OENJTSI) PLATE VOLTAGE

/ i/ — ]- $. -;^ PURETO SEIRVU PLATE RECTIFICATION

7 c- h &;& PURfro KEHPA PLATE DETECTION

7 V - |- £ ifl PURETO HENCH5 PLATE MODULATION

"7 \s 7. '^ -s PRESSPAHN

7 ix x f — K PRESSBOARD

7 U- i x >' ^- £ ^ FUREHINGU S»INKUK»N FLEMING'S VACUUM TUBE

7' o — }' -* -f I-" 7 >-/-/- BROADSIDE ANTENNA

7' D ,y 7 f- f ^ BUROKKU CHIKUDEKKI BLOCK CONDENSER

70 |- x PROTON

-

•s - 7 ? -f V BAKE LITE

•N - * 1- te&. PESUTO KTOKU B»N PASTED PLATE

-s^ 1- 'I VECTOR

-

<^ f 'V^^. BEKUTORU KISEKI VECTOR LOCUS

\^ ]• 'H- BEKUTORU R<6 VECTOR QUANTITY

-\ ^ 1- 'U B BEKUTORU ZU VECTOR DIAGRAM

O 1- 'Hfr BEKUTORU SEKI VECTOR PRODUCT

'X f- 0 X "f X HETERODYNE

^s 7^ 0 ^"-f >- fc-ft HETERODAIN JUSHIN HETERODYNE RECEPTION

-\ r-o/' -f ^^fj^ HETERODAIN JUSHINKI HETERODYNE RECEIVER 200

x T- D if "f -s f it it HETEROOtm DENPAKEI HETEROOrMC IAVEHCTER

-x t * -f F X DEBISAIOO S5 HEAVISIDE LATER

•\ 'J — \ :; 7 */ T i- KLLIHI-TOSl's AHTEDHA

-\ /U -y HERTZ

*\ >U •/ 7 ^ r- /" HERTZ ANTEHHA

-\ 'V •;/ *. HERUTSU HA HERTZIAN MVE

-\4- *##.*• RERUTSU HASSHINKI HERTZIAN OSCILLATOR

•s'U h BELT

-<^^4- BtRUTO-GURUHA PULLET. BELT PULLET

<'U V CH- BERUTO IWTEH BELT-ORIVEK

-\ v ->" /V -t >\, a — X BENZYL CELLULOSE

-< x^- CUTTING PLIERS

'S X >J •— HENRT

- *•- BAUD

t-'VfclL HORU TEISU HALL CONSTANT

^ - 'U Jt-f- HORU KOKA HALL EFFECT

t' 7 y >• A POASON HI POISSON RATIO

t-> v 1- ttt-* POKETTO DENKIKI POCKET TELEPHONE

+' •» 1- -\ ., F POT HEAD

*'- K-fttt BODO FU60 BAUDOT CODE

t ^^'1 >- *1t HOKODAIN JUSHIH HOKODtNE RECEPTION

t-'^/ JSL* BORUTA KOKA VOLTA EFFECT

^' 'U ^ "f i^. BORUTA DENTAI VOLTA PILE

$'\> l- BOLT. VOLT

^" 'U h 7 x -\ 7 VOLT -IMPEDE

* 'V hit BORUTO SU VOLTAGE

^ ;t •>• x ]- FORMANT 201

if: »" ?' PUMP

--*-t'-=x MARKER BEACON

•7 — ->' ^ MARGE

•* 1 * MICA

' 1 »y-f h MICANITE

T -f # ^- H|- |J. MAIKA CHIKUDENKI MICA CONDENSER

-? f > B 7 x-xr MICROAMPERE

-r -f ^ 0 ^ -r- A MICROOHM

-,f ^ o.^ -a > ' MICRO COULOMB

-r "f ^ 077^.., ]-' MICROFARAD

- -f f ° ^ ~s >J - MICRO HENRr

-r \ ? * t-l I- MICROVOLT

•r f > n ^; x MICROPHONE

-»• 1.^ a ,t- X7>'^- MICROPHONE BUZZER

-7 -f ^ ° -t- x^.-g- MAIKUROHON ZATSUON MICROPHONE NOISE .

T 1 ^ 0 -7 -f ^ D 7 r 7 ]•" MICRO-MICROFARAD

-r -f ^ o y — > MICROMETER

^ f ^ ^ 7 .., |- MICROKATT

* > 7,^ , ,U MAXKELL

•" ^ i- -> ^r MAGNESIA

•«• ^' 4 ., h * MASUNETTO SEN HAGNET HIRE

-r ^"4 h 7, 1- .) ^ -> , X MAGNETO-STRICTION

•'^"4 HAGUNETO SUTORIKUSHON MAGNETO-STRICTION 1- * I- ')*•>, x-fHf 51. HASSHINKI OSCILLATOR

•?>••>(. |- a X MAGNETRON

' •» 4 ">-1 *#*t ' MAKKINTAITA SETSUZOKU HUNT IRE JOINT

* -, ->-* xffijfi HASSHTSEN HVOJUN MATTHIESENS STANDARD

"^ -/ V ^~ MUSH 202

-rvl/^-yC-f 7' \s — f — HULTI-VIBDATOR

-r x if — X HAKG4NIN

-7 >- ,f- - >l MANHOLE

i ^. — > / 'U HU-HETtL

i i; 7 x s r HIUIIMPERE

i 'J -x X 1) - HILLIHENRT

i >J *''H- MILLIVOLT

i -J 7 .x ]- MILLIWATT

i 'k'ASt^lK HIRU FUTO KOTU TEIKO NIL-FOOT RESISTIVITY

S —? -7 * <7 METER AMPERE

y - h /i-r 7 A surftft HETORU GU8AMU KOTU TEIKO METER-GRAMME RESISTIVITY

/ ^>f-^ MEG-OHM

y -*' f -f ^ ^ MEGA CYCLE

x .#* /•; — ^u MEGA VAR

> #' *' >U 1- T * ^ 7 MEGA VOLT-AMPERE

/ ^ 7 v h MEGA »»TT

> ., *'- MEGGER

*- MHO

* — 'U * # *t HORUSU FUGO HORSE CODE

^-'ux^s: HORUSU «l MORSE INSTRUMENT 203

\ ., \ => PLIERS

'*- ., h t -7/U UNIT C1BLE

7 -s x RAKHEN

7 -f f-' x #*. RIIDEN BIN LETDEN JAR

7 f X X -f .., ^ LINE SWITCH

M^^r-fx^'- LINE FINDER

7 -;r •' RADIAN

7 .-, ? RACK

7 ~, -"• HORN

7 ., '-«! &#& RAPPt KEI KOSEIKI HORN TYPE LOUDSPEAKER

7 > 7 X AT ., 9 LAMP JACK

7 x r -ft SL RIHPU SHINGO LAHP SIGNAL

>; - * XT. LEAKANCE

ij - 7 © *8- RlKU UIRO LEAK CIRCUIT

•; 7 ^ > x 7, REACTANCE

') 7 ^ ^ x x © Jfr- RIAKUTINSU RJIRO REACTANCE CIRCUIT

<; 7^ > xx I^T RUKUTiNSU KOK1 REACTANCE DROP

.; 7 ^ > x r> & -*- RUKUTJHSU KETSU60 REACTANCE COUPLING

') 7 ^ t y 7, «£#• RKKUUNSU SENRIN REACTANCE COIL

•1 r ^ |- 'U REACTOR 204

i) ., 7 >\s RIPPLE

<) J 7- -^-7 LIKOUPE

') t :r x -x 'Ut $. RIHIHNBERUHI 20 UCHTENBERG'S FIGURE

') *";-&## RIBOH SWtKI RIBBON NICDOPHOHE

')*•"*« RIBON DOTtl RIBBON CONDUCTOR

•) >• >' RING

•J ., -y# RITTSU SEN LITZ HIRE

>\, — 7' 7 x r- y- LOOP ANTENNA

W 3 — .?' — RECORDER

ix r- ^ x x » .«$. RESUPONSU KVOKUSEN RESPONSE CURVE

>/•/-- |-^|. RENADO SEN LENARD RAT

ix t — ^ — . REPEATER

IX 7 I/ .„ ^ X. REFLEX

ix 7 lx .„ 7 7N ^ -f* REFUREKKUSU JUSHIN DUAL RECEPTION

IX x' )X ., 7 X *f fS REFUREKKUSU ZOFUKU REFLEX AMPLIFICATION

V < 'V tt REBERU KEI LEVEL NETER

v- x •/ >i *] RENTSU HOSOKU LENZ'S LAK

o - J? ') - £ ROTART SHIKI ROi.Rt SYSTEM

D — 7 ROPE

" 205

•7 -f X — HIFER

7 -f ' ; — *2. KAIPS HI* •IPtB CORD

7 1 '< -** HAIFA JIKU HI PER SHAFT

7 ., h •ATT

7 , h ^• »»no ji KATT HOUR

7 , h & >ATTO SO KATTAGI

•7 — 7. VARHISH 206

borne Faints To Consider In Connection With Translating Technical Japanese And IVith This Special Vocabulary Of Electrical Terms.

v 1) One of the chief difficulties connected with technical Japanese is the large number of synonyms encountered. Some of these differ only by a trivial substitution of one element of a complex term for another closely related Chinese character or group of characters. The following group lists those most frequently interchanged: a) "$ , 3- , y** , V» , meaning "form, type, shape, model, etc." b) •&• ,ffi£ , -U- ,$••%? ,J^~JL, meaning "apparatus, device, equipment, implement, tool, etc." c)^Sj," t *©©"t .^MCTroi,, meaning "engine, machine, mechanism, etc." d) t*-, 1C ,**.,& ,#©) W ,^t- , meaning "of such a nature, possessing such a character, of such a type or condition, etc." e) Jf*-,-?* ISi, , meaning "made of, containing, etc." f) /3^,*-£- , \S) < %3-J$^ l meaning "to such a degree, so much, to that extent, etc." g) vl,^fL,\fi, , ST-St^-, »T-ft- , meaning "instrument, gauge, measuring device, etc." h) T , I* , meaning "in, within, inside, among, etc." i) some purely grammatical elements: »v , / , "I , meaning "of, for, in, of such a nature, used in or for, etc." In addition to being interchanged quite freely, many of©these are often omitted altogether as not essential to the meaning of a term, the commonest omis sions being the grammatical elements »V ,/ , and the following characters and groups of characters:/?] , *f $ ,^t~ , A , "t^-.^L , ^L«L, etc., as well as a few not in the list above; e.g.©rti, meaning "to change, transform, alter, turn into, treat with (in chemistry)"; _t- , meaning "on, at, above"; yx©J,X. "to measure, etc.". Thus in the case of a term like "sperry stabilizer", one might find-^> ©N» ') \T^} , i- ,or ^\J "3C~^- LI* or-^.-D-J in which any one of the elements (characters) in the brackets might be used, or in the first group omitted altogether; e.g.^ 1^ l) ^PLlfi., or**"^ *) "5L-:,/,*$']$ ft*fa "military plane"; ft ft ffi , **> , & , ^ t^ "directional antenna"; f W [f , %] *^ >*.[*, * "electrolytic detector"; -^l© ^L L^J ^ S(* "mechanical ventilation"; 207

It "pyrometer"; i1k\$JL, fill] H" ironware"; &[j-] $ fa j$ "land plane";

*/Ut ' tffl H&>* "charring pit"; >*.[•*£,&.#•] [*, 7 >*-•*]

"liquid ammonia", etc. Two other major types of synonyms can be identified. First, those in which any one of a group of closely related characters can be used in larger com binations of characters or groups of characters used to express a more complex ob ject or idea, the difference in terminology here arising from the fact that Japanese often has more than one Sino-Japanese character or phrase for the same idea; e.g. "specific heat at constant volume" might be given asjyC. rfl , *SL * ^ , /t- %i- or ©JlLjj-J.rtsSi, in which the four "doublets" in the brackets all mean "constant vol ume". Then there is the large class of synonyms in which the difference arises from the fact that the same entity is regarded from somewhat different points of view, F *& © V 4 f " & 1 fli Jy as, say, in "isothermal change" |_"^ >jB. or ! * >JttJ ^C I©d, where the first group In the brackets means "equal temperature", the second "constant temperature", while TjCn-isignifies "change" or "transformation". The translator must keep this major problem of Japanese synonyms constant ly in mind. He must be prepared at all times for the substitution of a synonymous or closely related (Chinese) character or group of characters for another, or for a totally different character or combination of characters which treat the object in question from a different point of view. In other words, he must be prepared to deal with ideas as well as with words, always bearing in mind the possibility that the same idea can generally be expressed by more than one Sino-Japanese character or yroup of characters, and that the same object can generally be interpreted from more than one point of view, and so receive more than one formulation. 2) A second source of difficulty is the large number of abbreviations and script variants used in technical Japanese. For example^£ "pressure" is often iritten/i., and this form will then enter into many compounds: thus/i-,«T6 (21 "Pressure diagram" instead of /5£ *fi> SI ; or again*lf5* "cast iron" instead of j©Sf afi^ . The translator will find a fairly complete coverage of such variants and abbreviations in Arthur Rose-lnnes© "Beginner©s Dictionary of Sino-Japanese Charac ters" (Harvard University Press-$1.75), which is a very useful volume in other res pects as well. Script variants are groups of characters which differ somewhat in their written form, though the members of the group have identical meanings. For example the group S7 , 1^7 ,$£. ,$2. , jS- ,$L ,all have exactly the same reading and meaning (to revolve, rotate), but are found in different places in the dictionary. Thus in referring to a "rotating magnet., fisld" the Japanese will use any of these 208.

farms: [E7 , 1^7 ,)%L , }$L , I . ,or IS.] 4| *j* J^ .etc.- There seems to be no Teady solution of this difficulty except experience and practice in recognizing the members of such groups. 3) Another difficulty is.the problem of isolating and identifying a technical term in a larger context. Here the difficulty stems from the complexity of the Japanese script, which uses the Chinese characters and two purely Japanese systems of Kana, or phonetic systems of writing, as well as fragments of other written systems, chiefly European script. Thus it is possible to have concepts expressed by Chinese characters alone, by two systems of Kana, by a mixture of these two systems of writing, or finally by a combination of these Japanese in gredients .with elements (words, letters, abbreviations, numbers, etc.) taken from European languages. Though most technical terms in Japanese are of the first kind (characters or combinations of characters), the others are frequently encountered: e.g. T ~> ^~~~7 S7-ffc. "number of ampere-turns" ; (% fc) % xm.^.^ k*> "double flow turbine" ; iSL L 1 - 7 ^ 7" ~t~ "inverted L-type antenna", etc. Here again, only experience and a willingness to experiment with possible combinations can help the translator. 4) Another point worth noticing is the fact that Kana "spelling" of European terms (taken from English, German, French, etc.) are themselves by no ** ©* i»* means uniform. For example, some authors give a term like Diesel as 7 HZ l\s , others as T* 4 "fe* >V , "microphone" as -S"f ? o .f- > and ^ "f ? O ~7 $ > .A particularly troublesome point is the immense number of chemical terms spelled out in Kana: e.g. \ '/ Q ""] > *S " isoleuoin" ; '7 \"~~Vl©X/t-}">>EbiJ©naphthol sulphonic acid", etc. 5) Very long terms, which cannot be found in any of the existing dic tionaries, can often be analysed into smaller elements which may then be found without too much trouble: e.g. "WL >K. [a\] TB 1»7 [l^J -^ l»-*r- "short wave direction*- al antenna", where the characters in ( ) may or may not be included (cf. 2) above). In the great majority or cases complex Japanese techincal terms are formed by com bining "doublets" into larger expressions: cf. *2. >K. and gs \°) above. 6) The readings given for most of the terms in this list are fairly well established; in fact, in most cases we have been able to confirm them from standard Japanese sources. In this connection it is perhaps worth mentioning tha< there are a number of technical terms th very unusual readings, based either or a native Japanese reading, as %^- -j- koro for "roller", or on a European word which is taken over bodily and accordingly gives its pronunciation to a character 209

or group of characters, thus rp©J K© /T*t© "brake" is read either seidoki or burgki. ^rf "?" "glass" is read qarasu. etc. There are perhaps three dozen such cases. 7) The arrangement of the terms given in this list is the traditional Chinese-Japanese character dictionary order, with the exceptions provided by the presence of Kana and other elements in the middle of a term, where they are dis

regarded for filing purposes. Thus the term ^f~ 'i- 7~~ 7"'ls £%.ji%~ "overhead cable line" does not come directly after the term .£ £. / 7 >\s "overhead cable", but after .T> i If .--^- "overhead wire", because the third character?.^, in the first

term, disregarding the Kana ^f 7**i\S, has 15 strokes, as against 13 strokes in the third character of the last term ( «g ). The Kana section, including pure Ka na terms or terms beginning with Kana but including characters, is arranged in the

regular gojuon order: ( 7"f "^^-^Hj ^ 9 '7 ^ , etc.) N.B. Long vowels, indicated by after the Kana element, precede short vowels. In this section the charac ters are disregarded in the filing, just as the Kana elements are disregarded in the filing of the character section. However, if the Kana is identical in the case ,of two or more terms, then the regular dictionary order of the characters included in the terms determines their relative order. 8) V/hile tht, list of terms given here is fairly complete for general ifglectricity and electro-communication (radio, telephony, telegraphy), it is never theless far from adequate for purposes of translation. There are two main reasons for this. In the first place, even in highly technical articles there are a great many general terms and phrases which, not being technical at all, have not been included in this list. Secondly, even in highly specialised articles mention must often be made of other scientific and engineering objects and concepts which, properly speaking, lie outside the immediate field under consideration, but which are introduced because of the universal manner in which the facts and theories of one branch of science or technology can be applied to so many others. Accordingly, the translator should secure at least a copy of the Rose-lnnes volume mentioned above, and a copy of the new Kenkyusha Japanese-English dictionary also published by the Harvard University Press. With the aid of these three sources he should be able to deal successfully with a good part of the Japanese literature devoted to electrical communication.

525973 O 43 - 14 210

[A. G. 062.11 (4-15-43).]

BY OBDEB OF THE SECRETARY OF WAR : G. c. 'MARSHALL, Chief of Staff. OFFICIAL : J. A. ULIO, Major General, The Adjutant General. DISTRIBUTION : ID (10) ; IR (1) ; IBn and H 1 (1); 1C and H 11 (1). (For explanation of symbols see FM 21-6.)

U. S. GOVERNMENT PRINTING OFFICE : 1943 O - 525973 TM 30-485 c i TECHNICAL MANUAL JAPANESE-ENGLISH GLOSSARY TECHNICAL COMMUNICATION TERMS,

CHANGES! WAR DEPARTMENT, No. 1 J WASHINGTON 25, D. C., 21 January 1944. TM 30-485,1 May 194:3, is changed as follows: An index to the romaiiization of Japanese technical communication terms appearing in TM 30-485 is added to the manual. This index does not always give the romanization of the entire character in ques tion but in many cases gives only the first letter or first few letters that may be common to the romanization of several characters appearing in a group on one page of the glossary. The index is intended for use only with TM 30-485.

REGRADED UNCLASSIFIED BY DIR.5200. 1.R

568984° TM 30-485 C 1 JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE ' PRONUNCIATION CHARACTER PAGE 6-7 A £ BEKI %- 18

ABURA 87 BEN 55 J* % AFURE & 92 BEN 14 102 AME &) 166 Bl ^ 59 AN * 45 BO it 13 AN 4 74 BO rtt 44 AN 78 BO 79 $ ^ APPUN *&• 41 BO f 109 Jf ASA >1 90 BO -C 132 ASHI *. 146 BO W 162 ASSHIN H»a 41 BU 4P 154 ASSHUKU JfUS 41 BUMP A 1 ^1& 19 ATSU H 41 BUHPU ^ 19 BUN «- 19-20 176' BUSSHITSU 100 BA !uL :'..;.. *,•: "•' v. *9f BJU—— _-.•••• _ --*•- .1L_ .JRUTSU » 100 BAI ^ 96 BYO 4 53 BAKU »|- 74 BYO ^ 157 103- BAN * 104 BAS- ^ 9 CHA *- 133 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTER • PAGE PRONUNCIATION CHARACTER PAGE

CHAKU 125 k CHI 24 DA I 3 f H

CHI M 33-39 DA I X 43-44 153- CHI •A. DA I 116 154 1 CHI KARA ti 22 ' DA I * 131 CHIKU * 134 DAN * 57 CHO * 30 DAN if 71 CHO *. 57 DAN & 84 126- DE 19 CHO ft 127 * CHO ** 135 DEMPA m 13 CHO m 142 DEMPA \ ok 168 CHO ii. 145 DEN fr 13 166- 146 DEN '£ CHO w> 171 CHO t 155 DO « 23 160- CHO 31 * 161 DO 1^1 CHOKU JL 107 DO jt 38 CHU t 3-4 DO 4 48 CHO & 59 DO ja 54 CHU -f 73-74 DO 157 \ 4% CHU 4£ 78 DOKU n 142 TM 30-485 c i JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE

FU- ^•tf? 90 DON 4t 156 >f-

FU X 99 tt 115- El 58 FU Jy^r W 116 86 El #• FU « 128

El 99 FU . 144 f 1 El M. 157 FU -Tg 162 EKI Jfc 90 FU A 175 EM- - n. FUK- 7t2 87 R 8

EMPI $&& 157 FUKI 4>\ 63

EN ffl 37 FUKKYU M 59 FUKU 59 EN >1 55 tia EN - V& 93 FUKU 138 122- 147- EN *f- 123 FUKU ls 148 156- Ait. FUN 117 EN fa 157 «}• EN a 178 FUTA- JZ+ 5 ERI ^ 138 FUTSU * 87

FU ^ 2 GA t 104 FU * 74 GA * 100 FU >f 89 GAI ^V 42 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE GAI <&?jr 110 GUN 125 % £<£> GAI yz. 159 GURAMU JL 103 $& GAKU -rjv 80 GYAKU it 150 GE T 2 GYO * 18 GEM- * 101 GYO ^ 67 GEMPA %;£ 101 GYO t 80 GEMPUKU ;4tl 91 GEN ?L 14 HA &- 19 --*• GEN 4 26 HA 7^ 88 109- GEN 91 A HA ^t 110 •ft ISO- GEN ^ 101 HA 181

GEN \* 139 HACHI >^ 16

GEN fo 163 HACK I *£ 134

GETSU fl 75 HADAKA * 137 64- Gl «t 68 HA I 44 65 GO & 6 HA I t 127 GO w 21 HA I l& 155 />^ GO Q 31 HAKKO ** 105 105- GU 12 f* HAKU ^ 106 /^A GU 12 HAKU 117 f* ^ TM 30-485 C 1 JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE HAKU F4 134 HI >t 85 HAMPA $£ 25 HI *- 94 HAMPUKU JU! 27 HI & 106 HAN 4 25 HI 4* 113 '#. 136- HI HAN A 27 137 66- HI •A 154 HAN in 67 140- HI 173 HANASHI n 141 ^ HANE ft 146 HI jfL 175 HASH I # 79 HIDARI 1i 51 HASSHIN *it 105 HIKI 5! 56 HASSHIN tfc 105 HIKKOHI 3lii 56 HATSU * 105 HIMO la 118 HE I jt 2 HIPPARI ?im 56 HEI tfr 10 HIRA- « 161 53- 3- HISHI HE I 54 1 133 HEI ai 161 HIZUMI 4 83 10- HEHPA faA: 12 HO i* 11 HEN i4 12 HO »£ 34 HEN ^ 123 HO *R 40 142- HEN HO 62 9. 143 4fe TM 30-485 TECHNICAL .COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTER PACE PRONUNCIATION CHARACTER PAGE

HO 69 I 104 «. *

HO 71-72 I 114 t «

I 136 HO Ji 87 £- HO m 110 1 4t 159 HO *!• 134 ICHI — 1 HO =rl 137 IM TA 165 HO It 156 IN *P 26 HO *fc 175 IN $1 56 HOK- i^ 24 IN ?t 163 HON * 76 IRE ^u 15 & HOSHI £- 73 IRI TV 15 HOSO $W 119 IRO e> 132 HYO 81 « ISHI ^ 109 HYO ?•& 92-93 ^ ISSAN -«. 1 HYO 136 f ISSEI ^^ 1 HYOKU w 106 ITA *3L 77

I

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE

Jl *$ 73 JU *"*J 42

Jl * 83 JU &. 58-59

Y J >- 111- Jl %& 113 JU m 81 129- Jl JU i*i 113 % 130 Id* JIKKO 47 JU \*r+~%ut 123 f** 147 JIKU |4 JO 1 155

It JIN X 8 JUKU »»»\ 97

JUN >tt 18 JIN fe 173

JITSU 47 JUN 59 ff fa

JO J, 1 JUN ¥ 92

JO 4 JUN 'f 175 *

JO t 52 JO 41 68 KA T 2 100- JO R 101 KA to 22 JO 1 133 KA K 24 JO ^ 163 KA ^ 29-30 JO te 10 KA * 77 JO ?u 14 KA -i°! 86-87 JO t 24 KA Jft 92 JU * 28 KA ^j 133 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE "f KA i& 152 KAN 53

%£ KABE 41 KAN & 60

KAGI 157 KAN 102 ft * KAGO 117 KAN tf 103 ft £' KAI &) 36 KAN 106

KAI 42 KAN 117 * f KAI 55 KAN 123 J€ H. KAI eX 69 KAN P4 162 KAI t 75 KASA t 13 KAI y& 89 KATA Jt 100 KAI * 103 KATAYO- 14 12 161- KAI RQ 162 KATSU -;t 92 KAK- -§- 30 KAMA * 173 KAKE •& 65 KEI n 14 KAKU « 68 KEI * 39 KAKU ^ 139 KEI a 58 KAKU ^x 147 KEI « 67 KAMI ,*i 118 KEI M 101 KAN .jft 5 KEI ,*S. 122 •i> KAN 7L 45 KEI *t 124

f>68984°—44- TM 30-485 C 1 JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE Jfc KEI * 135 Kl •** 54 KEI it 139 Kl H, 72 KEI f 142 Kl ^ 81-82 KEI -TJ-i|«< 147 Kl |u 85 '« 139- KEI 161 Kl iz, 140 KEHPA *8t& 82 Kl fe 145 KEN £ 55 Kl H 176 KEN $? 82 KIN i^ 39 KEN 3L 138 KIN 1 71 KEN « 158 KIN 4 133 KEN II 175 KIN it 149 KESSEN Ml* 120 KIN 4- 156 M a9B KESSHO 120 KINE ^ 77 119- /fO KETSU ** KIND 121 Sa 120 *^ KIRI 78-79 KETSU •fc*. 125 ^ KETSU ^DL 135 Kl If 83-84 Kl- t/; 20 KO £ 7 Kl * 40 KO im 11 Kl * 44 KO ^ 14-15 46- Kl -^ KO 16 47 ^>

10 TM 30-485 TECHNICAL COMMUNICATION TEEMS C 1

PRONUNCIATION CHARACTER PAGE PRONUNCIATION | CHARACTER PAGE

KO 23 KOKU % 179 * f^\

KO 34 KON 90 « & KO 37 KOTSU 176 ffl f KO 31 45 KU i 24 KO JL 51 KU t 36 114- KO 58 KU fll 4 115 fir5 KO «L 70 KU % 176

KO «• 78 KUCHI a 29

KO 80 KUMA 97 # r>\sfit X KO >w 99 KUMI tt- 119

KO ifc 102 KUMO ^ 134 KO *A 110 KUMO ^> 135 *o"f KO #L 132 KURI s^ 124 KO ft 135 KUS- .& 50 KO ^ 158 KUSHI f 4 KO n 160 KUSHI flf. 82 KO It 162 KYAKU % 128 16- KO .% 177 KYO * 17 KOK- IS 37 KYO .^) 29 KOKU ^ 143 KYO 55 57 11 TM 30-485 c i JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER | PAGE KYO 4$ 81 MATA X 27 KYO if 140 ME % 106 ^ KYO » 158 ME I op 33 KYOKU V 49 ME I flU 73 17 il KYOKU * 75 ME I \>>5j 178 KYOKU & 80 MEN $ 122 KYU WA 32 MEN & 173 KYU ^i*z± 60 MIGI & 30 101- 117- KYU MIRIMETORU 3* 102 & 118 %£>• KYU ^»a 121 MITSU * 47 MIZU * 86 MA ^ 67 MO- X 70 MA >^- 179 MO « 81 MAGE a& 75 MO 4> 85 MAI >l 39 MOKU ^ 76 MAI * 84 MOKU 9 106 MAKI 4 26 MOMEN *$ 76 MAME i. 143 MON F-1 161 MAN 4(5) 133 MOTO 4 26 •* 95- MARU A, 4 MU 96

12 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE

MUNE Jf% 127 NIKKO % JL 72 MYAKU NIPPON 72 Jfc 128 9^ NISSHUTSU, 72 (HINODE) * * &k NAI P** 15 NO ^ 127 NAKA NOBI 9 t 3 It NAMI & 88 NYU Pv 15 NAN * 25 NAN & 147 0 ^ 58 60 NAN i&3c\*^_ 166 0 A NE 78 0 82 -» 4*'y N 4t-ir NE "Bj>- 174 0 y > 179 •**. NEJI ^ 64 OBI f 52 NEN 4 54 OGI A 61

NEN >^-»T J?^ 64 OKI 43 N '\I> A NEN * 118 OKU A 50 NESSEN ^*u^| 98 OKURE 154 t>^ \\VQS, A 97- ^L OMPA 174 NETSU *>»\ 98 *& 5-6 Nl ^« ON >JDZ. 91-92 NICHI 3 72 ON % 174 NI6ASHI ^ 149 ON I 4, 178

13 TM 30-485 C 1 JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PASE

OYA 139 RITSU 115 *L & RO 7* 93

PEJI ^ 174 RO ?& 94 135 RO * RA 1 125 RO A 160 RAI t 166 . RO A 160 REI 18 ROKU _^ 16 ^ / N REI m 23 RUTSUBO tti*&) 39 REI f 166 RYO 1 5 REK- * 22 RYO $3 16 REN A 151 RYO # 71 RES- •53 20 RYO % 79 Rl 4t] 20 RYO *. 132 Rl & 102 RYO i: 156 Rl 1 155 RYO 4|. 160 Rl $1 166 RYU j^L 89 RIKI * 22 RYU *S, 110 RIKU ft 163 RIN 4 98 SA ^ 10 RIN o^K-PI» 128 SA 4 51 TM 30-485 TECHNICAL COMMUNICATION TEEMS C 1

PRONUNCIATION CHARACTER PACE PRONUNCIATION CHARACTER PAGE

SA 159 SEI 172 « « SAI 13 SEK- 95 11 * SAI 17 SEKI 77 * # SAI * 75 SEKI & 109 SH1TSU £ 46 SEKI * 114 SAN 1 SEKI 145 ^Z~ * SAN * 27 SEKKYOKU && 65 SAN 70 72 *. SEN * SEM- SAN S£t 155 HIS 132 SAN 160 SEM- 178 $[ *f SAN f 172 SEN « 21 SASHI « 66 SEN A 25 SAZA it 93 SEN *. 49 SEI «5 21 SEN «• 78 SEI ft 60 SEN !|. 122 SEI j&i 61 SEN » 124 ^tt SEI S 70 SEN Wt 154 v Jt */ 1flO SEI jt 83 SESSHOKU ^^ 65 SEI i 103 SETCHI -ft^ 65

SEI *^>- 172 SETSU tXI 20

15 TM 30-485 C l JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE

SETSU f, 61 SHI ft 138 65- SETSU SHI 140 # 66 ft

SETSU « 79 SHIKI *, 56

SHA 47 SHIMBUM 71 $ ItBfl SHIMPUKU 64 SHA « 48 4Wa SHA 146 SHIN 9 * it

SHA & 153 SHIN \t 11 SHI *t 8 SHIN <>£. 59 63- SHI «. 10 SHIN n- 64 SHI & 36 SHIN *i 71 52 SHIN 89 SHI % * SHI 54. 56 SHIN J- 108 SHI « 63 SHIN % 146 68- SHI X 69 SHIN 4 148 SHI /t 84 SHIN 51 152 SHI ft, 85 SHIN It 156 SHI T> 113 SHIN f 171 SHI 4^ 113 SHIRO .t 119 SHI H 130 SHITSU »t 30 SHI i 131 SHITSU * 44

16 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE

SHITSU £ 46 SHU •& 49 N \3 93- 61- SHITSU SHU f- 1& 94 61 ft£i SHITSU 144 SHU »& 69

SHO 20 SHU 119 fa ^ SHO il 34 SHO -rfr£ 165 SHO + 49 SHUKU $. 123 72- SHO SHUMMETSU 108 % 73 4 3* *5C.> * 50- SHO f 75 SHUN 51 SHO SL 83 SHUN llf 108 89- SHUTSU 19 SHO « 90 it SHO « 99 SO ti 24 SHO * 99 SO j«. 28 135- SHO SO 44 «! 136 & 164- SO 50 SHO * 165 '9 SHOKU «, 63 SO « 66 SHOKU W 139 SO « 66 ^ 104 SHOKU ^< 175 so ^ 107- SHU JL 4 so *l 108 '& 118- SHO 11 so * 119 32- ttif*W 124 SHO ft 33 so iivii V\»'«>/

17 TM 30-485 c i JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PAGE PRONUNCIATION CHARACTER PAGE SO K 137 SUSUMI 5l. 152 so £ 145 SUZU II 158 so al 149 so it 153 TA ft 8 42- 162 TA so 1&. % 43 SOK- * 76 TAI

^$ SOKU 331 151 TAI « 176 SON }| 66 TAKA A 177 SOTO * 42 TAKO * 18

_-§ 4 70 TAKU 25 SO -^••'^ + •$ SUI 39 TAMA 3|c 101 SUI & 66 TAMPA ^1^ 109 85- vo 34- SUI *• TAN 86 * 35 94- SUI fi 158 TAN X 95 SUJI if 79 TAN ^i 109 SUM- . 1 47 TAN * 115

18 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTEf PAGE PRONUNCIATION CHARACTER PAGE

TATE 123 & TO T) 19

TE 61 TO 71 * 3 TEI f& 9 TO ft 98

TEI 12 TO 104 # f 45- TEI Si 46 TO * 105 TEI 62 TO 116 & f **~v TEI ft, 85 TO m 146 TEI £fr 146 TO ii 150 152- TEI A 153 TO HI 161 TEKKIN it® 159 TS n 177 TEN A. 44 TOKEI flt$t 73 TEN 4 50 TOKI * 73 TEN © 103 TOKU « 100 TEN n 148 TOME A 83 TEN r»\IS 179 TORI *. 28 TESSEN Hill 159 TOTSU ^ 114 150-^ TESSHIN |^,'\i 159 TSU a. 151 TESSON m\ 159 TSUBA i? 158 TETCHU «^ 159 TSUCHI •«it 80 TETSU «. 159 TSUI 48

19 TM 30-485 c i JAPANESE-ENGLISH GLOSSARY

PRONUNCIATION CHARACTER PACE PRONUNCIATION HARACTER PASS TSUKA- A 105 TSUME 99 WA 34 /S ^ &>- TSUTSU n 117 WA T«B 14T TSUYO % 57 WAKI «!) 12 TSUZUMI it 180 WAKU « 77 WAR I •*l 22

I) t 45 U •ft\^> 166 YA ^. 43 UCHI 15 YAKI * 99 UDE JR 128 YO * 46 UE a 79 YO % 88 UKE •t 28 Y8 *$. 97 UN I v^~^ 89 YO % 103 UN t 74 YO * 131 UN 3l 152 YO $. 144 UN 5i 153 YO % 164 UN f 166 YOB I •f 33 UNA- o^- 'CS 34 YOKO *k 82 usu- n 134 YOKU w 62 UZU 92 YOKU 125 .» ^*N

20 TM 30-485 TECHNICAL COMMUNICATION TERMS C 1

PRONUNCIATION CHARACTEf) PAGE PRONUNCIATION CHARACTER PAGE

YORI 64 ZEN 21 4£ *

YORI 68 ZEP- 131 IK £ 75- 120- YU ZETSU *f t 76 ,»Li 121 YU ;* 87 ZETTAI ,»(o>j*H^ 12Q 40- YU 137 ZO fc *s 41 141- YU ZU 38 n 142 i YU & 152 YU i 154 YU" 4* 155 YUBI « 63 YUMI 5 56 YUO ^,1 110

ZA * 55 ZAI # 76 ZAN 4 84 *^i ZATSU ^l± 165

ZEI ft 128

ZEMPA && 15 15- ZEN ^ 16 [A. G. 300.7 (22 Dec 43).] (Cl. Jan 44.)

21 TIC 30-485 C 1 JAPANESE-ENGLISH GLOSSARY

BY ORDER OF THE SECRETARY OF WAR : G. C. MARSHALL, Chief of Stafi OFFICIAL : J. A. ULIO, Major General, The Adjutant General.

I. S. GOVERNMENT PRINTING OFFICE: 1944