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RADIOACTIVITY SURVEY DATA M Janan
NIRS-RSD-39 RADIOACTIVITY SURVEY DATA m janan NUMBER 39 Sept. 1974 National Institute of Radiological Sciences Chiba, Japan Radioactivity Survey Data in Japan Number 39 Sept. 1974 Contents THE SURVEY RESULTS OF THE 16TH NUCLEAR EXPLOSION TEST CARRIED OUT BY THE PEOPLE'S REPUBLIC OF CHINA Page Preface 1 1. The 16th Chines Nuclear Test 2 2. Daily Record of Action taken against Radioactivity from the 16th Chinese Nuclear Test 2 3. Points of Understanding reached at the Executive Level Meeting of the Headquarters for Countermeasures against Radioactivity 3 4. The Results of Investigations in connection with the 16th Chinese Nuclear Test 4 5. The Microbarographic Disturbances and Upper Atmospheric Weather Chart 14 6. Chinese Nuclear Tests and Their Effects upon Japan 17 7. Concerning Provisional Index for Countermeasures against Radioactivity 23 Science and Technology Agency National Institute of Radiological Science THE SURVEY RESULTS OF THE 16TH NUCLEAR EXPLOSION TEST CARRIED OUT BY THE PEOPLE'S REPUBLIC OF CHINA Preface This edition is provided for the radioactivity survey results of fallout by the 16th Chinese nuclear explosion test. The 17th of June in 1974, The people's Republic of China carried out the 16th nuclear explosion test. Concerning this test, atmospheric disturbance was observed at the nation-wide meteorological observatories. The scale of this explosion was equivalent to TNT 1 megatone. Fallout radioactivity measurement of this tests was carried out at the nation-wide radioactivity survey stations from the 18th to the 25th of June. Meantime, comparatively high radioactivity was measured, i.e., 1603pCi/m3 of beta radioactivity in upper air at Western Area and no especially significant levels were recorded of radioactivity iodine in milk. -
Inter-American Telecommunication Commission
INTER-AMERICAN TELECOMMUNICATION COMMISSION The Inter-American Telecommunication Commission (CITEL) is an entity of the Organization of American States, established by the General Assembly AG/RES.1224(XXII-O/93), in accordance with Article 52 of the Charter of the Organization. CITEL has technical autonomy in the performance of its functions, within the limits of the Charter of the Organization, its Statute, and the mandates of the General Assembly of the Organization. Structure of CITEL a. The CITEL Assembly; b. The Permanent Executive Committee (COM/CITEL); c. The Permanent Consultative Committees; and d. The Executive Secretariat. The objectives of CITEL are to serve as the principal advisory body of the Organization in all matters related to telecommunications in the Americas, to facilitate and promote, by all means available to it, the continuing development of telecommunications in this hemisphere and to consider any other matters relating to Inter-American cooperation in the field of telecommunications as requested by the General Assembly, or the Councils of the Organization. Membership All the Member States of the Organization are Members of CITEL. In addition, other American States which are not members of the Organization are eligible for membership in CITEL and they are only required to submit a request to the CITEL Assembly and the General Assembly of the Organization. Any recognized operating agency or scientific or industrial organization or financial or development institution related to the telecommunications industry, with the approval of the corresponding Member State of CITEL, may become an Associate Member of a Permanent Consultative Committee. Associate Members may fully participate in all the activities of that Permanent Consultative Committee, with voice but without vote. -
Title NOTES on the OCCURRENCE and BIOLOGY of THE
View metadata, citation and similar papers at core.ac.uk brought to you by CORE provided by Kyoto University Research Information Repository NOTES ON THE OCCURRENCE AND BIOLOGY OF THE Title OCEANIC SQUID, THYSANOTEUTHIS RHOMBUS TROSCHEL, IN JAPAN Author(s) Nishimura, Saburo PUBLICATIONS OF THE SETO MARINE BIOLOGICAL Citation LABORATORY (1966), 14(4): 327-349 Issue Date 1966-09-20 URL http://hdl.handle.net/2433/175443 Right Type Departmental Bulletin Paper Textversion publisher Kyoto University NOTES ON THE OCCURRENCE AND BIOLOGY OF THE OCEANIC SQUID, THYSANOTEUTHIS 1 RHOMBUS TROSCHEL, IN JAPAN ) SABURO NISHIMURA Seto Marine Biological Laboratory, Sirahama With 6 Text-figures Though it is not so huge as Architeuthis or Moroteuthis nor so bizarre as Chiroteuthis or Opisthoteuthis, Thysanoteuthis rhombus TRoscHEL (Cephalopoda: Teuthoidea) is still one of the most remarkable members of the Japanese cephalopod fauna which com prises about one hundred and forty species. Its fully grown body will attain more than 80 em in mantle length or more than 19 kg in weight and its robust body with the enormously developed fins makes it quite distinct from all other teuthoidean cephalopods; these features seem to deserve well of its being called a noticeable creature in the ocean. This cephalopod is found rather frequently and in a moderate quantity in certain districts of Japan and well known to local fishermen by various Japanese names such as "taru-ika" (barrel squid), "hako-ika" (box squid), "sode-ika" (sleeved squid), "kasa ika" (umbrella squid), "aka-ika" (red squid), etc. However, it is apparently very scarce in other parts of the world, being recorded outside the Japanese waters so far only from the Mediterranean (TROSCHEL 1857; JATTA 1896; NAEF 1921-28; etc.), the waters around Madeira (REES & MAUL 1956) and the Cape of Good Hope (BARNARD 1934), and almost nothing is known of its life history including migration, behavior, life span, etc. -
Item 3D. LBR-2019-20-008 Mums
CITY AND COUNTY OF SAN FRANCISCO LONDON N. BREED, MAYOR OFFICE OF SMALL BUSINESS REGINA DICK-ENDRIZZI, DIRECTOR Legacy Business Registry Staff Report HEARING DATE DECEMBER 9, 2019 MUMS – HOME OF SHABU SHABU Application No.: LBR-2019-20-008 Business Name: Mums - Home of Shabu Shabu Business Address: 1800 Sutter Street District: District 5 Applicant: Isidore Tam, Owner Nomination Date: August 5, 2019 Nominated By: Supervisor Vallie Brown Staff Contact: Richard Kurylo [email protected] BUSINESS DESCRIPTION Mums - Home of Shabu Shabu (“Mums”) is a family-owned Japanese American restaurant located on the first floor of the Kimpton Buchanan Hotel in Japantown. The restaurant was founded in 1979 as part of a project to bring Japanese culture to San Francisco by Kintetsu Enterprises Company of Osaka, Japan. It is currently owned by former employee Isidore Tam. Over the 40 years it has been in business, Mums has remained committed to bridging Japanese and American culture through its dining space and cuisine, becoming a vital gathering place for the surrounding Japantown community. Kintetsu Enterprises Company of America was founded in San Francisco in 1961 by Kintetsu Group Holdings of Osaka, Japan. The company sought to bridge Japanese and American cultures. They began in San Francisco, which had been Osaka’s Sister City since 1957. At the time, Japantown had recently undergone redevelopment so Kintetsu brought new life to Japantown by encouraging the proliferation of Japanese businesses in the area. They opened the Kyoto Inn in 1975 and, realizing that guests needed a place to enjoy Japanese food, opened what was then called Café Mums just four years later. -
Mandatory Call Sign Lesson Get Ready for STARBASE in 10 Steps!
Get Ready for STARBASE – Mandatory Call Sign Lesson Overview During this lesson, students will gain a brief introduction to STARBASE. STARBASE goals and expectations will be reviewed with students. Students will then brainstorm ideas for a call sign that will uniquely identify them during their five days at STARBASE Minnesota Duluth. Pilots and astronauts have call signs to signify themselves as unique individuals and to build team comradery. Call signs are used at STARBASE to allow students (and adults) to creatively express their personalities, build a sense of community, and see themselves in a new light. For example, “Allison” might feel that she is not “good at math” but “Galaxy” might see herself as a future Mars rover programmer. Objectives Students will be able to: - Brainstorm a variety of possible call sign names through guided personal research - Choose a call sign using their research and create a personalized nametag - Recall STARBASE goals, expectations, and consequences through guided class discussion - Identify how they will work as a team at STARBASE through a guided activity Materials - One reusable or five temporary name tags per student (ex. mailing labels) - Markers - List of categories students can use to brainstorm call signs (see attached) - Class registration list to record call signs Get ready for STARBASE in 10 steps! (25 minutes) Introduction 1. Explain the STARBASE program to students: “At STARBASE you will have the opportunity to experience science, technology, engineering, and math (STEM) through a variety of experiments and challenges! Some activities include: coding robots, conducting chemistry experiments, solving engineering challenges, using CAD software to design you own creation, using innovative technology like virtual reality (VR) and 3D printing. -
Experiencing Samurai Culture and Traditional Techniques Model Route How to Travel the Ukiyo-E Course
Ukiyo-e Course 【Ukiyo-e Course】 Experiencing Samurai Culture and Traditional Techniques Model route How to Travel the Ukiyo-e Course Day1 Hieizan▶Otsu▶Hikone(Overnight in Hikone) Day1 Route① Hikone Stn Hieizan Sakamoto Stn Hieizan Sakamoto Stn 【Route①】Walking around Hieizan Enryaku-ji Temple, a World Heritage Site → Walking around Hikone (Hikone Castle, Osaka or Kyoto JR Sakamoto Stn Lake Biwa Otsu Port Otsu Port Connecting Connecting Otsu Stn Michigan Otsu Stn Walking around Hikone glass-blowing activities, and more) Cable (40min) JR Bus Bus JR Bus Cruise Bus 【Route②】Walking around Hieizan Enryaku-ji Temple, a World Heritage Site → Walking around Nagahama (Mubyotan ( ( Overnight From Osaka From Kyoto 80min (10min) (10min) (20min) (5min) ( (5min) Nagahama Stn Nagahama Stn in [six-shrine] tour, Kurokabe Square, and more) /60min ) JR JR Hikone Walking around : : Recommended dining Soba, Omi beef dishes, Hikone rice bowls, and more (60min) (20min) 20min 60min Sakamoto Cable Railway Nagahama ) ) Cable Enryakuji Promenade au temple « Enryakuji du mont Hiei », patrimoinemondial Route② Day2 Sekigahara▶Nagoya▶Gamagori(Overnight in Gamagori Onsen Village) (Aller : 10 min) Day2 Walking around Sekigahara (Sekigahara battleground, 20 touristattractions) →Walking around Nagoya(Kiyosu Castle, Nagoya Castle[Nagoya Omotenashi Bushotai],SCMAGLEV and Railway Park, Oasis Sekigahara Stn Sekigahara Stn Gamagori Stn Nagoya Stn Nagoya Stn 21 and TV Tower, Toyota Commemorative Museum of Industry and Technology, Noritake Garden, and more) Hikone Stn JR JR Walking -
Local Dishes Loved by the Nation
Sapporo 1 Hakodate 2 Japan 5 3 Niigata 6 4 Kanazawa 15 7 Sendai Kyoto 17 16 Kobe 10 9 18 20 31 11 8 ocal dishes Hiroshima 32 21 33 28 26 19 13 Fukuoka 34 25 12 35 23 22 14 40 37 27 24 29 Tokyo loved by 41 38 36 Nagoya 42 44 39 30 Shizuoka Yokohama 43 45 Osaka Nagasaki 46 Kochi the nation Kumamoto ■ Hokkaido ■ Tohoku Kagoshima L ■ Kanto ■ Chubu ■ Kansai 47 ■ Chugoku ■ Shikoku Naha ■ Kyushu ■ Okinawa 1 Hokkaido 17 Ishikawa Prefecture 33 Okayama Prefecture 2 Aomori Prefecture 18 Fukui Prefecture 34 Hiroshima Prefecture 3 Iwate Prefecture 19 Yamanashi Prefecture 35 Yamaguchi Prefecture 4 Miyagi Prefecture 20 Nagano Prefecture 36 Tokushima Prefecture 5 Akita Prefecture 21 Gifu Prefecture 37 Kagawa Prefecture 6 Yamagata Prefecture 22 Shizuoka Prefecture 38 Ehime Prefecture 7 Fukushima Prefecture 23 Aichi Prefecture 39 Kochi Prefecture 8 Ibaraki Prefecture 24 Mie Prefecture 40 Fukuoka Prefecture 9 Tochigi Prefecture 25 Shiga Prefecture 41 Saga Prefecture 10 Gunma Prefecture 26 Kyoto Prefecture 42 Nagasaki Prefecture 11 Saitama Prefecture 27 Osaka Prefecture 43 Kumamoto Prefecture 12 Chiba Prefecture 28 Hyogo Prefecture 44 Oita Prefecture 13 Tokyo 29 Nara Prefecture 45 Miyazaki Prefecture 14 Kanagawa Prefecture 30 Wakayama Prefecture 46 Kagoshima Prefecture 15 Niigata Prefecture 31 Tottori Prefecture 47 Okinawa Prefecture 16 Toyama Prefecture 32 Shimane Prefecture Local dishes loved by the nation Hokkaido Map No.1 Northern delights Iwate Map No.3 Cool noodles Hokkaido Rice bowl with Tohoku Uni-ikura-don sea urchin and Morioka Reimen Chilled noodles -
Mozu-Furuichi Kofun Group: Mounded Tombs of Ancient Japan
Mozu-Furuichi Kofun Group: Mounded Tombs of Ancient Japan [ Main Document ] 2018 JAPAN Mozu-Furuichi Kofun Group Mounded Tombs of Ancient Japan Executive Summary Executive Summary Executive Summary 1. State Party Japan 2. State, Province or Region Osaka Prefecture 3. Name of the Property Mozu-Furuichi Kofun Group: Mounded Tombs of Ancient Japan 4. Geographical coordinates to the nearest second Table e-1 Component parts of the nominated property and their locations Coordinate of the central point ID Name of the No. component part Region / District Latitude Longitude 1 Hanzei-tenno-ryo Kofun Sakai City N 34° 34’ 34” E 135° 29’ 18” Nintoku-tenno-ryo Kofun, Chayama Kofun and Daianjiyama Kofun 2-1 Nintoku-tenno-ryo Kofun 2 Sakai City N 34° 33’ 53” E 135° 29’ 16” 2-2 Chayama Kofun 2-3 Daianjiyama Kofun 3 Nagayama Kofun Sakai City N 34° 34’ 05” E 135° 29’ 12” 4 Genemonyama Kofun Sakai City N 34° 33’ 54” E 135° 29’ 28” 5 Tsukamawari Kofun Sakai City N 34° 33’ 46” E 135° 29’ 26” 6 Osamezuka Kofun Sakai City N 34° 33’ 31” E 135° 29’ 16” 7 Magodayuyama Kofun Sakai City N 34° 33’ 36” E 135° 29’ 06” 8 Tatsusayama Kofun Sakai City N 34° 33’ 40” E 135° 29’ 00” 9 Dogameyama Kofun Sakai City N 34° 33’ 46” E 135° 28’ 56” 10 Komoyamazuka Kofun Sakai City N 34° 34’ 01” E 135° 29’ 03” 11 Maruhoyama Kofun Sakai City N 34° 34’ 01” E 135° 29’ 07” 12 Nagatsuka Kofun Sakai City N 34° 33’ 29” E 135° 29’ 16” 13 Hatazuka Kofun Sakai City N 34° 33’ 24” E 135° 28’ 58” Mozu-Furuichi Kofun Group e 001 Executive Summary Coordinate of the central point ID Name of the No. -
Study on Distribution and Behavior of PFOS (Perfluorooctane Title Sulfonate) and PFOA (Perfluorooctanoate) in Water Environment( Dissertation 全文 )
Study on Distribution and Behavior of PFOS (Perfluorooctane Title Sulfonate) and PFOA (Perfluorooctanoate) in Water Environment( Dissertation_全文 ) Author(s) Lien, Nguyen Pham Hong Citation 京都大学 Issue Date 2007-09-25 URL https://doi.org/10.14989/doctor.k13379 Right Type Thesis or Dissertation Textversion author Kyoto University Study on Distribution and Behavior of PFOS (Perfluorooctane Sulfonate) and PFOA (Pefluorooctanoate) in Water Environment (水環境における PFOS (ペルフルオロオクタンスルホン酸) および PFOA(ペルフルオロオクタン酸)の分布と挙動に関する研究) NGUYEN PHAM HONG LIEN A dissertation submitted in partial fulfillment of the requirements for the degree of Doctor of Engineering Department of Urban and Environmental Engineering, Graduate School of Engineering, Kyoto University, Japan September 2007 Nguyen Pham Hong LIEN ii ABSTRACT PFOS (perfluoroctane sulfonate) and PFOA (perfloroctanoate) are man-made surfactants having wide range of industrial and commercial applications for decades. In the beginning of this decade, researcher found that they were ubiquitous in living organism and human, and that they possibly had characteristics of persistent organic pollutants. Therefore, there is an emerging need to study PFOS and PFOA contamination environment, particularly in the water environment. The research aims at examination of spatial distribution and behavior of PFOS and PFOA in water environment of several countries, with focus on new places where examination has never been conducted. Therefore, the method to analyze PFOS and PFOA in environmental water was developed. Sampling surveys were conducted to collect various types of water including surface water, wastewater treatment plant (WWTP) discharges, and tap water from various locations for analysis of PFOS and PFOA. Distribution and behavior of PFOS and PFOA were examined as three main parts. -
Japan Earthquake and Tsunami Update Friday, April 1, 2011 Overview
Japan Earthquake and Tsunami Update Friday, April 1, 2011 Note: New content has been inserted in red, italicized, bold font. Overview A powerful 9.0-magnitude earthquake hit Japan on March 11 at 1446 local time (0546 GMT), unleashing massive tsunami waves that crashed into Japan’s northeastern coast of Honshu, the largest and main island of Japan, resulting in widespread damage and destruction. According to the Government of Japan (GoJ), as of Friday (April 1), 11,734 people are confirmed dead and 16,375 people are reported to be missing. (Kyodo, Reuters, April 1) There are no new figures for the number of injured, but the UN reported last week that 2,766 people 1 were injured. Casualty numbers are likely to increase as emergency teams continue to reach and assess affected areas. The earthquake sparked widespread tsunami warnings across the Pacific. According to the US Geological Survey (USGS), the shallow quake struck at a depth of six miles (10 km) (20 km deep according to Japan’s Meteorological Agency), around 80 miles (125 km) off the eastern coast of Japan, and 240 miles (380 km) northeast of Tokyo. Key Concerns: • There are more than 166,000 evacuees. • UN says priority needs remain: fuel, prefabricated housing, clothing and medicine. Request for international assistance Japan has asked for international help to deal with the disaster and has so far received offers of assistance from 134 countries and 33 international organizations. It has accepted relief items from 24 countries to date. According to OCHA, the GoJ says the need for further international assistance is limited and any support should be in accordance with the GoJ’s criteria. -
The Broader Region Surrounding Gifu
The Broader Region Surrounding Gifu To Hida Takayama Departing from Gifu City To Central Gifu City JR Gifu Station → Takayama Station [JR Takayama Main Line Limited Express Wide View Hida・2 hr・¥4,810] Departing from Nagoya ~ Or ~ JR Nagoya Station → JR Gifu Station Meitetsu Gifu Station Bus Terminal → Takayama Nohi Bus Center [JR Tokaido Main Line Rapid・18 min・¥450] [Nohi Bus/Gifu Bus on the Takayama-Gifu Line・2 hr・¥2,500] Departing from Central Japan International Airport Departing from Nagoya Central Japan International Airport → [Passing through Meitetsu Nagoya Station] → Meitetsu Gifu Station JR Nagoya Station → Takayama Station [Meitetsu Limited Express・1 hr 20 min・¥1,310] [JR Limited Express Wide View Hida・2 hr 20 min・¥5,870] ~ Or ~ Departing from Tokyo Meitetsu Bus Center → Takayama Nohi Bus Center Tokyo Station → JR Nagoya Station → JR Gifu Station [Nohi Bus/Meitetsu Bus/JR Tokai Bus on the Takayama-Nagoya Line・2 hr 40 min・¥2,900] [JR Tokaido Shinkansen・1 hr 40 min] → [JR Tokaido Main Line・18 min・¥10,990 in total] Departing from Tokyo ~ Or ~ Tokyo Station → JR Nagoya Station → Takayama Station [JR Tokaido Shinkansen・1 hr 40 min] → Tokyo Station (Yaesu South Exit) → [JR Limited Express Wide View Hida・2 hr 20 min・¥14,500 in total] JR Gifu Station (North Exit) IshikawaIshikawaTateyamaTateyama Kurobe Kurobe AlpineAlpine Route Route ~ Or ~ [JR Tokai Bus “Dream Nagoya”・8 hr・¥6,620] Shinjuku Station West Exit (Shinjuku Highway Bus Terminal) → Takayama Nohi Bus Center Departing from Osaka [Nohi Bus/Keio Bus on the Takayama-Shinjuku Line・5 -
Flood Loss Model Model
GIROJ FloodGIROJ Loss Flood Loss Model Model General Insurance Rating Organization of Japan 2 Overview of Our Flood Loss Model GIROJ flood loss model includes three sub-models. Floods Modelling Estimate the loss using a flood simulation for calculating Riverine flooding*1 flooded areas and flood levels Less frequent (River Flood Engineering Model) and large- scale disasters Estimate the loss using a storm surge flood simulation for Storm surge*2 calculating flooded areas and flood levels (Storm Surge Flood Engineering Model) Estimate the loss using a statistical method for estimating the Ordinarily Other precipitation probability distribution of the number of affected buildings and occurring disasters related events loss ratio (Statistical Flood Model) *1 Floods that occur when water overflows a river bank or a river bank is breached. *2 Floods that occur when water overflows a bank or a bank is breached due to an approaching typhoon or large low-pressure system and a resulting rise in sea level in coastal region. 3 Overview of River Flood Engineering Model 1. Estimate Flooded Areas and Flood Levels Set rainfall data Flood simulation Calculate flooded areas and flood levels 2. Estimate Losses Calculate the loss ratio for each district per town Estimate losses 4 River Flood Engineering Model: Estimate targets Estimate targets are 109 Class A rivers. 【Hokkaido region】 Teshio River, Shokotsu River, Yubetsu River, Tokoro River, 【Hokuriku region】 Abashiri River, Rumoi River, Arakawa River, Agano River, Ishikari River, Shiribetsu River, Shinano