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MOOO MAYO. ATHELINE JONES 22 61 13996 MO 00 BENJAMIN FRA BAUBLITZ 1 1 8 18 61 24202 / 10 6/ OOSU0! HoOb ZmZh- id- ^ 2- MQOO MOYE^ CECI L WILLIAMS 2 2 3 20 61 7517 MOOO MAYO CLIFFORD LEE MC ALLEN 2 1 10 29 61 31458 MO&O MO YE CURTIS LEE HAMLET 2 1 7 12 61 19946 MOOO MAY DONALD CLARK SZAJNUK 1 1 3 9 61 6692 MOOO MOYE EDDIE GEORGE SMALL 2 1 1 16 61 2011 MOOO MAY EDWARD LEWIS WATSON 1 2 8 2 61 22451 MOOO MAYE GEORGE MACDO BARRETT 2 1 . 3 17 61 7367 MOOO MAYO GEORGE EDWAR FULLER 2 2 6 3 61 15825 MOOO MAYO GOLD IE COR IN WARREN 2 2 28 61 12336 MOOO MAY HUMPHREY LOHN 1 2 6 4 61 15613 MOOO MAYO JAMES JUNIOR TOLIVER 2 1 4 9 61 10683 MOOO MAYO JOHN JONES 2 1 4 17 61 10558 11596 MOOO MAY JOHN ALBERT HUGHES 1 2 25 61 r' 24605 MOOO MAY JOSEPH ANTHO WHITE 1 2 8 23 61 36056 MOOO MAYO JULIUS WALTERS 2 1 12 17 61 6978 MOOO MAYO. LEROY MILLER 2 2 3 11 61 2 5?. 3 6 MOOO MAYO LINDSAY MC K MAYO 2 2 9 2 61 9662 MOOO MAE MARY ELAINE CUSTIS 2 2 4 8 61 MOOO MAYHEW PETER HAROLD BOLEY 1 1 4 17 61 MOOO MAYO PHILLIP LEE WIGGINS 2 2 9 1 61 MOOO MAY RICHARD LEE ELLIOTT 1 12 20 61 MOOO MAY ROBERT FENWI BELDING 2 16 27 61 MOOO MAI RONALD JAMES STAIB 2 6 23 61 MOOO MAYHEW SAMUEL AUGUS EMRICK 1 11 29 61 MOOO MAY SHIRLEY ANN ROWE 1 12 1 61 MO00 MAY STANLEY JOHN POTOCKI 2 3 27 61 8781 MOOO MAY THOMAS STANL WILLIS 1 1 16 61 1747 MOOO MAY WILLIAM M-ELV MC COY 1 2 19 61 4855 MQOO MOYE WILLIAM CLARK 2 5 25 61 14856 MOOO MAY WJLLIAM ROBE BOWMAN 2 7 12 61 19609 MOOO MAYHEW WILIOAM-—»■- NORRIS 1 10 30 61 31104 MOOO MAYO WILLIE HERMA JIGGETTS 2 12 1 61 35487 MOOO MAYO WILLIS GILBE PRUITT 2 2 23 61 5611 Ml00 MAFFEI ERNEST LOUIS ARTHUR 1 8 31 61 25742 M100 MABE {jEORGE WILLA NEELY 2 10 3 61 29271 M100 MABE JASPER LEWIS LITCHFIELD 2 12 30 61 38133 MlOO MOFFA LOUIS FREDER GREENE 2 8 26 61 24418 MlOO MAFFEY ROBERT JOHN 0 DONNELL 2 4 4 61 9513 MlOO MAPP ROBERT VAN TAYLOR 2 2 18 61 4726 MlOO MABE WALTER RILEY MONTY 2 9 22 61 27480 MlOO MEHAFFIE WILLIAM LAWR TARTER 2 7 10 61 19604 Ml 20 MOEBUIS WILLIAM HENR FARLEY 2 10 13 61 30104 M130 MOFFATT COLUMBUS MC NEIL 1 8 23 61 24401 Ml 30 MOFFETT PHILLIP WARR TAYLOR 2 10 15 61 30203 Ml 30 MOFFETT RICHARD CRAI MANN 2 9 7 61 26087 M130 MOFFETT ROY RALPH REEDER 1 9 23 61 27370 M130 MOFFITT THOMAS ROY MC CURRY 2 11 2 61 33-929 Ml^O MOBLEY BESSIE MAE JOHNSON 2 1 4 1 61 9343 Ml40 MAPLE CAROLYN DELO GIBSON 2 2 12 9 61 35842 M140 MOBLEY CHARLES GRIMES 2 1 7 26 61 21992 i Ml40 MOBLEY EUGENE JOHNSON 2 2 (8 12 61 22946 i Ml40 MOBLEY FAITH ELIZAB YOUNG 2 2 !l2 12 61 36168 M140 MOBLEY FALES HAMP 5EIB1ES 2 1 5 30 61 15445 M140 MOBLEY FRANCES DELO BLACKWELL 2 2 7 5 61 18779 M140 MOBLEY GILBERT ANDR KNISLEY 1 2 7 14 61 19991 M140 MOBLEY HARRY WILSON 2 1 12 5 61 34866 M140 MOVALL LEO EMANUEL MC KOWN 1 2 2 28 61 5932 Ml 40 MOBLEY ROSETTA DARGEN 2 2 3 20 61 7515 M140 MOBLEY SARAH LOU BANKS 2 2 4 2© 61 11486 M140 MOBLEY STEPHEN HALL PILSON 1 1 3 9 61 7117 M140 MOBLEY WILLIAM HARft FIELDS 1 1 8 24 61 24404 M140 MOBLEY WOODROW GLADDEN 2 1 2 27 61 5862 M143 MAYFIELD DEANNA JEANN ALDACKER 1 1 1 23 61 2057 M143 MAYFIELD GRADY FOREMAN 2 1 5 20 61 14945 M143 MUFFOLETTO RICHARD JERO RAIMONDI 1 1 9 12 61 26965 M143 MAYFIELD WILLIE J MASON 2 1 7 22 61 20765 ^4145- MAFLIN- -cJOHN JOSEPH -MC DERMQ-T-f- -6-1- -9*2-36- M150 MABEN ARTHUR GORDO FISHER 1 2 9 1 61 25450 Ml 50 MABENE CLARENCE GASSAWAY 2 1 10 19 61 31176 M150 MABEN JAMES WINFIE GIFFORD 1 2 7 6 61 19912 Ml 50 MAYBIN . J_ANIES BEAMS . 2 1 6 6 61 16220 mi) / // 6 / 3^78 M160 MOWBRVW CARL EDWARD CLARK 1 2 11 17 61 33879 M160 MABRY LESTER KENNE WOLF 1 1 8 12 61 23021 M160 MABRY THOMAS HOWAR ZARA 1 2 3 14 61 7360 M163 MEFFORD CLYDE DELANO HELM ICK 1 1 10 3 61 28787 M163 MEFFORD GEORGE MILTO MOLL 1 1 8 21 61 24148 Ml 63 MEFFORD HAROLD MAURI KAIRIS 1 2 1 16 61 2170 M164 MOBERLY AUSTIN SCHRI TALLAGSEN 1 2 11 2 a 61 34684 M165 MAVRONIA JOHN SOURANIS 1 1 11 25 61 35137 Ml 65 MAVRONIS NICHOLAS KILBY 1 1 5 5 61 12767 M165 MEWBORN ROOSEVELT TUCKER 2 2 1 2 61 111 M200 MICHIE ALBERT HENRY BROWN 2 1 12 61 874 M200 MACE ALBERT JOHNS PATRICK 1 10 21 61 30806 M200 MC GEE ALEXANDER MO GILES 1 10 6 61 29324 M200 MAS I ALFONSE BOyTON 1 2 28 61 6144 M200 MACK ALMENA GREEN 2 3 18 61 9259 M200 MAGGIO ANDREW ANTHO CHRISTY 1 4 5 61 9478 M200 MACKEY ANNIE LEE FORBES 2 11 16 61 33600 M200 MC GHEE ANNIE MC GHEE 2 12 2 61 34714 M200 MAGGIO ANTHONY NICH •WilNDER 1 12 3 61 35144 M200 MC COY Archie edwar WOODING 2 5 11 61 12953 M200 MACK AVON HOWARD 2 7 22 61 20379 M200 MC GEE BELLE JANE BUHN 2 6 12 61 16090 M200 MC KAY BENJAMIN LEWIS 2 2 1 26 61 22 74 M200 MACKEY BENJAMIN MC LENDON 2 2 5 15 61 13436 M200 MACK BERNARD NATH HARRIS 2 2 3 14 61 8709 M200 MAJKA BERNARD PHIL BOSTON 1 2 5 18 61 14045 M200 MACK BERNARD JOSE CROMER 1 1 4 24 61 11736 M200 MA AS BERNARD CHAR LEVY 1 2 9 15 61 26698 M200 MC GEE BERN ICE BREN BELL 2 1 10 4 61 29190 M200 MC COY BILLY BENTON LITZELMAN 1 1 4 12 61 10578 M200 MC COY BRADY EARL MENGIE 1 2 3 30 61 8986 M200 MACK CALVIN LOWEL WHITE 2 2 5 4 61 123.52 M200 MC KOY CARL BUTLER 2 2 6 18 61 16771 M200 MAGEE CARL HERMAN DESELL 1 2 9 25 61 27929 M200 MAGEE CARL WILMER BEYER 1 1 1 23 61 2306 M200 MC KOY CARLTON ELLI ARRINGT-ON 2 1 1 27 61 3273 f M200 MAYS CAROLYW GEOR MURCHISON 2 2 7 24 61 20603 M200 MASSEY CHARLBS ALBE KERBE 1 1 1 2 61 399 M200 MC COY CHARLES GARN B^O^^y 2 1 5 - 26 61 14962 HAM nrUMlJjL; / 2? hi iX&3 M200 MACK CHARLES PHIL MC DOWOUGH 1 2 5 2 61 12388 M200 MUSE CHARLES EDWARDS 2 1 12 13 61 36577 M200 MACKEY CHARLES WESL SHERROD 2 1 9 17 61 27508 M200 MC GEH.EE CHARLES B.E^S GARDNER 1 2 9 25 61 2770-6- PfXW tiMjJbuu fM&cL {4<MdkA I / 2S 6/ S&SZl M200 MC COY CHARLES WILL JONES / 1 2 10 2 61 28557 M200 MAGGIO CHARLES VINC BERRETT 1 1 8 13 61 23740 M200 MACK CHARLES BROWN 2 1 11 9 61 37991 M200 MC,COY CHARLIE MOORE 2 2 9 28 61 27906 M200 MACKEY CHUCK BLANKENSHIP 1 1 9 23 61 27506 M200 MASSEY CLARENCE BARBER 2 2 4 6 61 9456 v M200 MASSEY CLARENCE GRIER 2 2 3 17 61 7443 M200 MC COY CORNELIOUS MURPHY 2 2 11 10 61 32974 M200 MAUS DANIEL LINOS PICK 2 6 29 61 18495 M200 MOSS DANIEL PENN 1 11 22 61 33897 M200 MACK DAVID LEROY ASHLEY 2 1 9 61 795 M200 MEEK DAVID WARREN iardella 2 2 4 61 3779 M200 MC COY DELBERT THEI clevenger 1 9 9 61 26201 M200 MC COY DELORIS 'ESTE OFFER 2 7 25 61 22006 M200 MAAS . DETRICK CHAR HUGGIWS 2 4 11 61 9880 MM tfjaVsoJUL/ (S&UAJ^ / / rj bi Qiztr M200 MC KAY ' DONALD SPENC ' RICHARDS 2 1 19 61 2251 M200 MIKO DONALD JEROM SUSKI 2 3 22 61 8033 M200 MACKEY DONALD MILLA ALLENWOOD 1 2 10 61 4220 M200 MAYS DONALD HUGH MICHAEL 2 11 10 61 33769 M200 MAGAHA DONALD OWEN HAMBRUCH 1 10 18 61 31509 M200 MUCHOW DONALD CRARY BRATT 1 12 11 61 36139 M200 MACK DOROTHY NORWOOD 2 6 12 61 16226 M200 MC COY DOROTHY ANN TUBMAN 2 8 6 61 23098 M200 MEUSHAW DOUGLAS FRAN SAUBLE 1 7 25 61 20941 M200 MC KEE EARL LEE HUGHES 1 5 25 61 14832 M200 MOSS EARVEN ALEXA ROBERTS 2 6 3- 61 15261 M200 MC COY EDDIE JONES 2 2 5 9 61 12844 M200 MASSEY EDDIE RICHAR LESLIE 2 2 11 25 61 34308 M200 MC KOY EDWARD IRVLN SPAULDING 2 2 1 28 61 2697 M200 MC KOY EDWARD IRVIN SPAULDING 2 2 1 28 61 2698 M200 MASSEY EDWARD FERGUSON 2 1 3 16 61 7766 M200 MACKIE EDWARD CHEST REIS 1 1 11 20 61 33845 M200 MC QUAY EDWARD JAMES BAILEY 2 2 9 7 61 25633 M200 MASSEY ELLSWORTH AU ALLEN 2 2 12 15 61 36580 M200 MC COY ELMER LEO KELLER 1 2 11 30 61 34665 M200 MOSKO ELMER ANDREW KALB 1 2 12 12 61 36545 M200 MUSE ELSIE MARIE HARTLEY 1 1 4 26 61 11370 M200 MACK EMANUEL SAMUELS 2 1 3 2 61 5779 M200 MUSE EMMA ELIZABE KEENE 2 1 1 13 61 826 M200 MC GEE EMMETT FRANC RUSSELL 1 2 2 20 61 5291 M200 MACK EUGENE YANCEY 2 1 11 29 61 34820 M200 MACK EVELYN LOUIS BARS 2 2 8 16 fcX 2-3202" M200 MACK FRANCES SMITH 2 1 8 18 61 23595 M200 MC COY FRED GREEN 2 2 6 10 61 16111 M200 MACK FURMAN KNIGHT 2 1 11 14 61 33701 M200 MC KOY GARFIELD WIL CONGRESS 2 1 4 21 61 11489 M200 MC GEE GENEVIEVE WA MC GEE 1 A 30 61 1179.8 M200 MC GEE GENEVIEVE WA MC GEE 2 4 30 61 11799 M200 MACK GEORGE CHARLES 1 1 4 61 504 M200 MACK GEORGE JACKSON 2 2 6 61 3164 M200 MEEKS GEORGE HERMA KAMMERER 2 3 30 61 8920 M200 MC QUAY GEORGE WASHI MARTIN 1 3 10 61 6730 M200 MACK GEORGE ROBER schlichting 1 2 5 61 3798 M200 MACK GEORGE CARTER 2 7 10 61 19452 M200 MEASE GEORGE LLEWE BURKE 1 8 9 61 22307 M200 MOSS GEORGE FRANK MUNSON 2 8 9 61 22761 M200 MAIZE GEORGE ELLIS WILLIS 1 7 14 61 19823 M200 MC GHEE GEORGE M HENDRIX 2 6 24 61 17506 M200 MACK GEORGE WILLI MOOR E 2 9 21 61 27868 M200 MC GEE GEORGE RAYMO NEUMAN 2 10 6 61 29143 M200 .
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  • On the Mass Estimation for FGK Stars: Comparison of Several Methods

    On the Mass Estimation for FGK Stars: Comparison of Several Methods

    Mon. Not. R. Astron. Soc. 000, 1–?? (2002) Printed 29 August 2014 (MN LATEX style file v2.2) On the mass estimation for FGK stars: comparison of several methods F. J. G. Pinheiro1,2⋆, J. M. Fernandes1,2,3, M. S. Cunha4,5, M. J. P. F. G. Monteiro4,5,6, N. C. Santos4,5,6, S. G. Sousa4,5,6, J. P. Marques7, J.-J. Fang8, A. Mortier9 and J. Sousa4,5 1Centro de Geofísica da Universidade de Coimbra 2Observatório Geofísico e Astronómico da Universidade de Coimbra 3Departamento de Matemática da Universidade de Coimbra, Largo D. Dinis, P-3001-454 Coimbra, Portugal 4Instituto de Astrofísica e Ciências do Espaço, Universidade do Porto, CAUP, Rua das Estrelas, PT4150-762 Porto, Portugal 5Centro de Astrofísica, Universidade do Porto, Rua das Estrelas, 4150-762 Porto, Portugal 6Departamento de Física e Astronomia, Faculdade de Ciências, Universidade do Porto, Portugal 7The Institut d’Astrophysique Spatiale, Orsay, France 8Centro de Física Computacional, Department of Physics, University of Coimbra, P-3004-516 Coimbra, Portugal 9SUPA, School of Physics and Astronomy, University of St Andrews, St Andrews KY16 9SS, UK Accepted . Received ABSTRACT Stellar evolutionary models simulate well binary stars when individual stellar mass and system metallicity are known. The mass can be derived directly from observations only in the case of multiple stellar systems, mainly binaries. Yet the number of such stars for which ls accurate stellar masses are available is rather small. The main goal of this project is to provide realistic mass estimates for an homogeneous sample of about a thousand FGK single stars, using four different methods and techniques.
  • Summer 2021 Schedule of Classes

    Summer 2021 Schedule of Classes

    SUMMER 2021 Class Schedule Classes Begin June 7 (714) 484-7000 @CypressCollege CypressCollege.edu Cypress College — Summer 2021 1 Welcome to Cypress College! COVID 19 Due to the COVID-19 health emergency and possible continued social distancing restrictions, the delivery for most courses will be through remote instruction, which will require a computer and Internet access. Classes partially taught on campus will be noted in the schedule. In some cases, students will also be required to download our secure testing software, if required by their instructor. If this happens, students will be notified prior to the start of instruction. All student services remain available online. Important Dates . 2 Six Easy Steps to the Registration Process . .3 Continuing Student Registration Schedule . 6 Registration Information . 7 myGateway Registration Worksheet . .9 Frequently Asked Questions . 11 How to Add/Drop a Class . 12 Fee Calculation Worksheet. 13 Fees and Refunds . 14 Definitions . 16 How to Read the Class Schedule .. 17 Courses . 18 3 Steps to Distance Education Success . 51 Online Courses . 52 Hybrid Courses . .53 Academic/College Policies Affecting Students . .54 Student Services . .58 General Education Requirements . 62 Quick Guide to Help You . 68 California Nonresident Tuition Exemption Request . 69 Cypress College has made every reasonable effort to determine that everything stated in this Class Schedule is accurate. This publication is prepared in advance of the time period it covers; therefore, changes in courses and programs offered, together with other matters contained herein, are subject to change without notice by the administration of Cypress College. The College reserves the right to cancel any class for which the enrollment is not sufficient to warrant continuation, and to change the class hours and/or days as necessity demands.
  • Predictions of Planets for 586 Exosystems and a Method for Predicting Planets in Multi-Planetary Exosystems Valeri Beck

    Predictions of Planets for 586 Exosystems and a Method for Predicting Planets in Multi-Planetary Exosystems Valeri Beck

    Predictions of planets for 586 exosystems and a method for predicting planets in multi-planetary exosystems Valeri Beck To cite this version: Valeri Beck. Predictions of planets for 586 exosystems and a method for predicting planets in multi- planetary exosystems. 2019. hal-02050412v4 HAL Id: hal-02050412 https://hal.archives-ouvertes.fr/hal-02050412v4 Preprint submitted on 7 Aug 2019 HAL is a multi-disciplinary open access L’archive ouverte pluridisciplinaire HAL, est archive for the deposit and dissemination of sci- destinée au dépôt et à la diffusion de documents entific research documents, whether they are pub- scientifiques de niveau recherche, publiés ou non, lished or not. The documents may come from émanant des établissements d’enseignement et de teaching and research institutions in France or recherche français ou étrangers, des laboratoires abroad, or from public or private research centers. publics ou privés. Predictions of planets for 586 exosystems and a method for predicting planets in multi-planetary exosystems Valeri Beck*1 *Alfa Carbon® Beck, Berlin, Germany ABSTRACT We have applied a model of planetary system formation in the field of a standing sound wave (the ‘SSW-Model’) to the prediction of planets in 586 multi-planetary exosystems (384 bi- planetary, 127 tri-planetary and 75 exosystems with four or more confirmed planets). We have verified our predictions using transit-like events from the NASA Threshold-Crossing Event (TCE) catalogue, finding that more than 80% of these events are included in our list of exoplanet predictions. We describe a method for predicting the periods and semi-major axes of additional planets for exosystems with two or more confirmed planets.
  • Arxiv:1804.08329V1

    Arxiv:1804.08329V1

    Astronomy & Astrophysics manuscript no. harps-kp c ESO 2018 April 24, 2018 Exploring the realm of scaled Solar System analogs with HARPS ⋆ D. Barbato1, 2, A. Sozzetti2, S. Desidera3, M. Damasso2, A.S. Bonomo2, P. Giacobbe2, L.S. Colombo4, C. Lazzoni4, 3, R. Claudi3, R. Gratton3, G. LoCurto5, F. Marzari4, and C. Mordasini6 1 Dipartimento di Fisica, Università degli Studi di Torino, via Pietro Giuria 1, I-10125 Torino, Italy 2 INAF – Osservatorio Astrofisico di Torino, Via Osservatorio 20, I-10025 Pino Torinese, Italy 3 INAF – Osservatorio Astronomico di Padova, Vicolo dell’Osservatorio 5, I-35122, Padova, Italy 4 Dipartimento di Fisica e Astronomia "G. Galilei", Università di Padova, Vicolo dell’Osservatorio 3, I-35122 Padova, Italy 5 European Southern Observatory, Alonso de Cordova 3107, Vitacura, Santiago, Chile 6 Physikalisches Institut, University of Bern, Sidlerstrasse 5, 3012 Bern, Switzerland Received <date> / Accepted <date> ABSTRACT Context. The assessment of the frequency of planetary systems reproducing the Solar System’s architecture is still an open problem in exoplanetary science. Detailed study of multiplicity and architecture is generally hampered by limitations in quality, temporal extension and observing strategy, causing difficulties in detecting low-mass inner planets in the presence of outer giant planetary bodies. Aims. We present the results of high-cadence and high-precision HARPS observations on 20 solar-type stars known to host a single long-period giant planet in order to search for additional inner companions and estimate the occurence rate fp of scaled Solar System analogs, i.e. systems featuring lower-mass inner planets in the presence of long-period giant planets.