SCIENTIFIC ABSTRACT SYCHEVSKAYA, V.I. - SYCHROVSKY, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654220017-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 17
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SrCHEVSUYA, V.L.
Shifting of temperature boundaries of the activity of ey'nanthropic
species of the genus Pannia R.D. in the seasonal and daily aspect.
Zool.2hur. 33 no.3:637-643 W-Je 154. (KWA 7:7)
1. Uzbekiatanskiy institut malyarii i meditainakoy parazitologii.
OFfies)

USSR / zooparasitology - Acarina and insect-vectors 0
of disease pathogens
Abs Jour: Ref Zhur - Biol., No 7, 1958, 29166
Abstract; The quantitative relationship of different
species at different stages during the season
(march-November). Phenology of various species
for 1949-1952. Effect Qf winter temperature
conditions on the character of the yearly cycle
of species. Wintering and diapause in different
species of fannia. Fattening of larvae and
places of wintering. Temperature conditions
of activity for wintering larvae in nature and in
the laboratory. Places for offspring deposits,
characteristic of different species of fannia.
Seasonal rate of Fannia sealaris numbers in
lavatory cesspools in 1950-1952 and their temper-
ature regimen. Mode of copulation of different
Card 2/3
21

SYCHBVSKAYA, V-I-
tan. Izv.otcl.est.nquk AN TeLdzh.SSR no.13:
Hyiasis of bees in Tajikis (mm 9:10)
159-165 '56.
l.Uzbekistanskiy institut malyarij. j maclitginskay parazitologUe
(Tajikistan--Myinsis) (Bees-Diso"es and pasta)

SYCHEVSKAYA V. I
Synanthropic flies of Kara-Kalpak. Ent.oboz. 35 no.2:347-358
156. (MLRA 9:10)
1. Uzbekistanskiy institut malyarii i maditeinskoy parazitologii,
Samarkand.
(Kara-Kalpak--Flies as carriers of disease)

US,'M/Zooparasito1oGy - Mtes and Insects as Disease Veetors4 G.
Insecta,
Aba Jour : Rof Zhur - Biol., No 21, 1953, 95356
Author : Sychovskaya I V.
Inst
Title : SZmanthropie Flies in - the Ewr1rons of Belovodsko
(Northern Kirgizia)4
Orig Pub : Untamol. obozraniye, 1957, 36, No 1, 108-115
Abstract : 52 species of synanthropic flies vera found in the envi-
rons of Belovodsko; the Masca domestica dor-jestica is the
most numerous of them. Feces serve as the basic-methods
of breeding for a great part of the fly species, both
that in open stations and in lavatories, and manure in
the process of its preparation. The house fly breads in
horsu manure, mixed vitil wnderbrush, and in its accumu-
lations near cattle ~mrds. Piles of faces and vegetation
near homes are cornunity habitats vhich attract a great
Card 1/2
13 -

SYCHEVSKAYAO V. I., SKOPINA, N. P. and PETROVAy Z. F.
"The Role of Sinanthropic Flies in Transmission of Dysentery Microbes
and Eggs of the Dwarf Tapeworm in the City of Fergana."
Tenth Conference on Parasitological Problems and Diseases with Natural
rieservoirs, 22-29 October 1959, Vol. II, Publishing House of Academy of
Sciences, USSR, Moscow-Leningrad, 1959.
Uzbek Institute of Malaria and Medical Parasitology (Samarkand)

SYCHEVSKAYA, V.I.; GRUDrSINA, M.T.; VYRVIKHVOST, L.A.
Spidemiological significaDes of synanthropic flies in Bukhara.
Xnt. oboz. 38 no.3:568-578 '59. (MIRA 13:1)
l.Tlzbekskiy institut malyaril i meditsinskoy parazitologii i
Bukharskaya oblastnaya sanitarno-bakteriologichaskEqa laboratoriya.
(BUKHAU--FLIES AS CARRIZRS OF DISEASE) (DYSEYrERY)

SYCREVE5KAYA, V. I.
'On the Parasites of Synanthropic Plies of Middle PBis (Chalcidoidea and
Cynipoidea). "
report Presented at the Intl. Congress of Entomology,
Vienna, Austria, 17-25 Aug 196o

SYGMIMMAO VJI
Metboddlogical and practical aopecto of pbenologic oboarvations
on synantbropio flies; according to oboervationo in UAskistem*
Ned.paraz.i paraz.bol. 29 no*69712-720 160, (KM 3.402)
1. Iz Umbekiotanskogo inotituta malyarii i meditsinskoy parasito-
Jogii (dir. - prof. L,M. Tsayev).

SYCHEVSKAYA, V.I.
Miteo found on w1nanthropic flies in Uzbekistan. Med. 'paraz. i
paraz. bol. 33 no.,9057-560 S-0 164.
(~aRA 18:4)
1. gibakskiy Institut nwditsii-,skoy parazitologii i gallmintologii.

W~ SYC~F~~K~YA, V~. L.
Morl:holog7 and biology of synathropous species of the genus
IRP-nnia R.D. (Diptera, llusciaae). Rn'.6. obo2. 39 no.2:349-360
,6o. (HIU 13:9)
1. Uzbekistanskiy institut malyarii i meditsinskoy parazitologii,
Samrkand.
(Uz bekis tan--]? Lie a)

SYCHEVSKAYEAS, V.I.
Changes in the one day's dynamics of the specific composition of
synanthropic flies within a season. Ent. obozr. 41 no*3:545-553
162. (MIRA 15:10)
1. Uzbekskiy institut eksperimentalluoy meditsinskoy parazitologii
i gellmintologii, g. Se-arkand.
(Samk*and--fties)
j;,

SYCHEVSKAYA, V.I.
Spider Olios sericeus (Croneb.) and its parasitoid Pseudagenia
rufiventris Rad. Zool. zbur. 41 no-3:364-371 Mr 162.
WRA 15:3)
1. Uzbek Institute of Hedical Parasitology and Helminthology,
Samarkand and Institute of Zoology and Parasitology of the Academy
of Sciences of the Tajik S.S.R., Dushanbe.
(Parasites--Spiders)

SYCHEVSKAYA, V.I.
Seasonal cbanges in tbie seneftivity to DDT in some Oecies of
synanthropic flies of.Samarkand. Zool.zhur. 4,1 no.lOjl5O9-
1515 0 162. (HM l5al2)
1. Uzbek Institute of Medical Parasitology and Halmintbology,
Samarkand.
(Samarkand--Flies--,Bxtermination)
(DDT (Insecticide))

SYCHEVSKAYA, V.I.
Some Chalcidaidea Isolated from the pupar4 of synantbropic
flies in Uzbekistan. Zool. zhur. 42 no.6450-8" 163.,
(MIRA 16:7)
1. Uzbek Institute of Medical Parasitology and Helmintholog7j,
Samarkand.
Mbekistan-Chaleld flies)

SYCHEVSKAYA, V.I.
flymenoptera as the parasites of jynanthropi4 flies in Central knio.
Ent. oboz. 43 no.2:391-404 164. (KRA 17:9)
1. Uzbekskiy institut meditsinskoy parazitologii i gellmintologii,
Samarkand.

SYCHEITSKAYA, V.I.
I--. - , -.7- - - '-I' ., -
Biology and ecology of Calliphora R.-D. in Central Asia.
Zool. zhur. 44 no-4:552-560 165. (WRA 18:611
1. Uzbekskiy- institut meditoinskoy parazitologii i gellmintologii,
Samarkand.

SYCHEVSKAYA Y
SHAYDLTROV V.S.
Body temperature in some synanthropic flies in the Eastern Pamirs.
Zool. zhur. 4.1, no-5:779-783 165. (14iw. 18:6)
1. Uzbekskiy institut meditainakoy parazitologii i rellmintologii,
Samarkand i Institut fiziologii ranteniy AN SSSR, Moskva.

syciiEvsKAYA,
Ye.K.,- DEVYATKIY., Ye.V.
First finds of fishes in Neogene andlower Quaternary deposits
of the Gornyy Altai. Dokl. AN SSSR 142 no.1:173-176 ja l62.
(MIRA 14:12-)
1. Paloontologicheakiy institut AN SSSR i Geologicheakiy institut
AN SSSR. Predstavleno akademikom V.N. Sukachevym.
(Altai Mountains-Fishes, Fossil)

SYCHMKIY, A. [Sychevs'kyl, A.]. inzh.
New design of cow barns for loose housing of cattle. Sil!.bud.
9 no.11:15-17 N '59- (MIRA 13-4)
(Dairy barns)

- SYCHWSKIY, A. [Sychevi3lkvi, A.], arkhitektor; GRIGORIYIWA, N.
- - Me], arkbitektor-
Rural dispensary. SiV.bud. 10 n0-5:10-11 My 160.
(MM 13:7)
(DispenBariee)

it I
SPIVAK, M.Ya.; ARGUDAYEVA, H A.; NABIYEV, E.G.; CHISTOVICH, G.N.;
RIVLIN, M.I.; S&i~&Y M.Ya.; KRUGLIKOV, V.M.; SHALINEVA, A.M.;
TITROVAj A.I.; RAYNIS, B.-N.; HILYAY9VA, U.N.; BRUDNAYA, E.I.;
GODINA, I.F.; VOLIFSON, G.I.; SOSONK01 S.M.; KOLESINSKAYA, L.A.;
VYSOTSKIYl B.V.; MALYKH, F.S.; MIROTVORTSEV, Yu.I.; SYCHEVSKIY,
T.T.; GOPACHENKO., I.M.; KARPITSKAYA, V.M.; FETISOVA,
MARTYNYUK, Yu.V.; HOINA, I.A.
Annotations. Zhur. mikrobiol., epid. i imnun. 40 no.3:228-131
Mr '63. (MIRA 17:2)
1. 1z Kemerovskogo meditsinskogo instituta i Kemerovskay
klinicheskoy bollnitsy NO-3 (for Spivakv Argudayeva). 2. Iz
KazanBkogo instituta usovershenstvovaniya vrachey imeni
Lenina (for Nabiyev). 3. It Leningradskogo kozhnogo dispansera
No. 1 (for Chista7ich, Rivlin). 4. Iz Rostovskoy oblastnoy
sanitarno-opidemiologicheekoy stantaii (for Semenov). 5. Iz
Stavropollelcogo instituta vaktsin i syvorotok (for Krug3ikov,
Shallneva, Titroval Raykiv). 6. Iz Kuybyshevskogo instituta
epidemiologii, mikrobiologii i gigiyany i TSentrallnogo insti-
'tuta usovershenstvovaniya vrachey (for Milyayeva). 7. Iz
VsesQ7uznogo nauchno-isaledovatellskogo instituta zhelezno-
dorozhnoy gigiyeny Glavnogo sanitarnogo upravleniya Minis-
terstva putey soobshcheniya i Detskoy polikliniki st. LYUblinO
(Continued on next card)

SPIVAK, M.Ya.---- (continued) Card 2.
Moskovskoy zheleznoy dorogi (for Brudnaya, Godina). 8. Iz
Vrachobno-sanitarnoy sluzhby Severnoy zheleznoy dorogi (for
Vpllfsonp Sosonkol-Kolesinskaya). 9. Ic Vladivostokskogo
instituta epidemiologii, mikrobiologii i giglyeny i Pr~orskoy
krayevoy protivochumv)y otantaii (for Vyootskiy, Malykh,
MirotvortBev, Sychevskiy, Gopachenko). 10. In Yaroslavskogo
meditsinskogo inlsitlfuta _Cfor Karpitskaya). 11. Iz Aralmorskay
protivochumnoy stantaii (for Fetisova). U. Ims Llvovskogo
instituta epidemiologii, mikrobiologii i gigiyarq (for Ma~tynyuk,
Emdina).

ZHOVTYY, I.F.; KOPYLOTA, O.A. ~ECUTSUY, PT,---TINOFEYEVA, A.A.;
MAKSMOVA, Te.D.
Parasitological work in the sanitary protection of state
frontiers. Izv.Irk.gos.nauch.-isel.protivochum.iust. 15:
249-257 '57. (MIRA 13:7)
(SIBERIA, BASTERN-INSECTS AS CARRIERS OF DISRASM)

.-STCHNVSKIY, P.T.
Materials on fleas (APhaniptera) of rodents In populated areas
of the southwestern part of the Maritime Territoiry. Aret report.
lzv.Irk.goo.nauch.!-isol.protivochum.inst. 16:198-207 157.
(MIRA 13:7)
(WITIME T3MTORY--N&&S)

SYCEISVSKIY -POT.
Materials on fleas Whatiptera) among rodents of populated
areas in the nouthwesteru Part of the Maritime Territory.
Report Wo.2. Izv.lrk.gos.nauch.-isi3l.protivochum.int3t. 17:,
117-125 t58. (MIRA 13:7)
(HOITIKS TzsRimr-nus) (PARAsins-Rams)

SHEILEV, V.V.; GRYAZWT. Te.A.; SYCHEVSKIY. F-T.
____
Plague outbreak among Brandt's field voles in the Mongolian
People's Republic. Izv.lrk.goo.nauch.-issl.protivoch=.
inst, 19:50-59 !58, (MIR& 13:7)
(Plague) (Mongolia-Field mice)

SHKILEV, V.V.; SYCHEVSKIY, P.T.; NECHAYLn, N.N.; MOSK,;.UllKO, V.V.
Parasites of muskrat in the Maritime Territory. Soob.DVFAN SSSR
no.11:155-157 159. (MM 13:11)
1. Krayevaya protivoepidemicheskaya stantsiya Primorskogo Icraya.
(Maritime Territory-Huskrats-Diseases and pests)

SORKIN, Yu.I.; SYCHEVSKIYq P.T.
Finds of flea lar7ae in the 4i~ of predatory mammals. Izv. Irk.
gos. nauch 1991. protivochum.' inst. 21:331-333 '59. (MIR& 14:1)
iPARASITE9-MWlAI4) I . I (FOW

- SYCHEVSKIY, V.F.
I
Problems in organizing planning. Sakh.prom-30 ne.2:52-55 Y 156.
(KIRA 9:7)
l.Kiyavakiy sakhsvekletrest.
(Sugar industry)

11 SYCHMIrt V. I.
Phenology of ormthrophic flies in Usbekistano Ned.pa-mi
paraz.bol. 29 no.1:66-72 Ja-F 16o, (MWA 13:10)
(UZMISTAN-FLIM)

0G0/002/000510008
V. V.
-F 1
lzrn-~r-,tel'nava tekhnika, no. 2, 1965, .3-8
)III(-, TACY'S. measurii% a--it,-,rnatic instrument
ABSTRACT: The carrying capacity, i.e. the ma-xzrnum possible rate of
measuring, converting, or recording (in bits per sec), of an instrument is
considered. Data is tabulateci on the accuracy, t me constant, and carrying
Capacity of Soviet-i-nade aiLtorziatic potentiorneters, bridges, recording
in5trumentg, differwffl~[11- Imanomii~ters,--gAs.-.-arLalyr.C-fr., -tC~ It is found that:
7- e s e n t S o ve t i n d u s t r i a 1 i n s t r u m e ni 9 "-Ve -: a S t -r~u--c- Wi- SIMtCk-
a ua -3 ~e it -s d t rab 1e that the ca rryi n g c apadftY
o ~i he a r- t e mia v p r ce
hash 2 figures, 13 form-ulas, ano- i Lau-
2

ACCESSION NR: AP5009873
'S50,1- -107',.': norie
:,~, -!A I
S T~ BI 1 -1 -1 E D: FliCL: 00 SUB CODE: DPf IE
NO RET SOV; o0z OTHER~- 00 1
Card ?_/2

TRUFANOV. Andrey Viktorovich, prof.; SYCHIK, Te.V., red.; GORIKOVA,
Z.D., tekhn.red.
[Biochemistry and physiology of vitamins and antivitaminal
Biokhimiis i fiziologiia vitaminov I antivitaminov. Moskva.
Gos.izd-vo sellkhoz.lit-ry, 1959. 653 P. (MIRA 13:2)
(VITAMINS)

S/048/62/026/008/011/028
B104/B1C2
AUTHORS& Kovrigin, 0. D., Andreyev, Yu. A., Kartashov, V. M., Laty-
shev, G. D., Sychikov, G. I., and Troitskaya, A. G.
167
TITLE. Multiplicities of the Er nuclear r:-transitionswith
energies of 208 and 532 kev
PERIODICAL: Akademiya nauk SSSRa Izvestiya. Seriya fizicheskaya, 7. 26)
no. 8, 1962, 1028 - 1030
T!-,XT; A Ta target vras irradiated with 680-I.Aev protons and the Tu fraction
separated chromatogra:Vhically. A P-spectrometer with double focusing was
used to study the Tu167 conversion electron spectrumof the Tu fraction.
The lines L II and LIII (Fig. 1) were separated by, the spectrometer, the
line LI was separated graphically. The ratios of the internal conversion
coefficients were determined for Z-.68 and E - 208.3 kev (Table). The
206-kev transition is assumed to be of the isomeric type. The'L II and L
lines 6f the 532-kev transition are very weak. Type El or E2 is ascribed
to the 532-kev transition. There are 2 figures and I table.
,Card 1//

KOVRIGIN 'O.D.; KARTASHOV, V.M.; LATYSHEV, G.D.; LONDARENKOj G.A.;
NOVGORODOV., A.F.; SYCIIKOV, G.I.; SHAPOVAMM, V.V.
Study of the internal conversion electron spectrum of EU147.
Izv~!N SSSR.Ser.fis. 27 no.2-.263-266 F 163. (MIRA 16:2)
(Internal conversion (Nuclear phyBice))
(Europium isotopes--Spfotra)

,(')AT'
G'.1CHj-K13'V', G . i. j- KU;RIG ILIN, X'J. 0. ' LAT-YSHOVI , a. D. ; _7`1ND ~'RENKG, ~; . A.; `_V~OIRGDOV 1 -1 . F.j-
___. - ~: ...... I_- -
"New Data on Conversion Electrons of Long-Lived Isotopes of Lutetium."
report submitted for All-Union Conf on Nuclear Spectroscopy, Thi-lisi, 14-22
Feb 64.
IYaF AN KazSSR (Inst Nuclear Physics, AS KazSSR)

77

FBI,
KIVU
-,-. ~~'a
~
z~ r
Mull
-11'.

L 07156-67 T1?r IJF(c) JD/JG
ACC NR: 113:1601024 Sot MCE -06Dg-.~-tJR/064-8/66/030/001:/6169-/t)1.66---
5YCHIKOVg G_.-I., ~OV4T%4_#__Q. D-#jATrSH7_Vp__q! MUDARENKOt G. A.p and
"Conversion Electron Spectrum of an Iridium Fractionit (Paper presented at
the 2nd
- AllrUnion - Symposium_ on--the, ypica--of-3hi-n-Ferromagnetic F.
Irkutsk., 10-15 July 1964) ~' -- I'$
I'Izvc.gtiya Akadaaii Naulc SSSR, Seriya Fizicheakaiya (Bulletin of the Acadeaq
of Sciences USSR: Physics Sories)s Vol 30, No lo Jan 1966, pp 162-166
Abotraett A largo double-focusaing magnetio'beta spoctromqt6 ~as used to
study the iridium fraction of a gold target irradiat-ad with 666 Mov protons
at the Joint InstitVte of Nuclear Studies. The energies and relative intenp-
sities of the conversion lines ol IrI89 and Ir190 are tabulated. Lines were
observed for Irles, Ir,189, IrI90, and 1rl93 but not for Irl~2,,: which fact
is explained as due to!the wealja~ess of the source. The effocto on the
spectrum of traces o~ftoI83 and"~Ptl8g are discussed. The multipolArity of
transitions 180#3j. 147-O# 185-9,j i97.. and.233-5 kev w3 determined, _Resultej,
in genor4 agree with available data, -, Orig. art. has: 4 figures and 4 tables,
Law: 35,43Y
DRG; none
ITOPIC TAGS: conversion electron spectrum, iridium
SUB COD : 20,18 SUBK DATE; none / ORIG REP: 004 MH F": 002
Card

, 0 (' i
C, !,G IT I NK PIC-1vi, I KOV, V 14.
K "'rh
C11 o
TZ-1,

SYCHTWARC3~~
At the station of an outstanding eleatrician. Av-tom.., tb2em. i sviar,
7 no.2:2S-29 F 163. (MIRL 16:3) .
1, Starshky elektromekbanik I-y Kiyevskoy diatantaii sipalizatsii
i svyazi YtLgo-Zapadnoy dorogi.
(Rai-Iroads-Signaling) (Railroads--Employees)

KARPOV, A.A., irizh.; KUSTOBAW, G.G., inzh.; IAIJSHKIN, N.P., inzh.;
IAEIGE) Z.I.J. inzh.; TIOSYREVA, M.D., inzh.; SAVEL'YEV, G.V., inzh.;
SHCHULEPNIKGV, I.S., inzh.; Prinimali uchastiye. SYCHKOV, B.A., inzh.;
KILIKHINJ A.Ye., inzh.; ZAYTSEV, R.A., inzh.; ZARZHITSKIY, Yu.A.,
inzh.; IEONTIYEV, A.I., inzh.; VIXTOROVA, T.Ye.,, inzh.; SERIKOV, A.A.p
inzh.
Operation of recuperator soaking pits in the 1150 MMK rolling
miU. Stall 22 no.8:753-758 Ag 162. (MIRA 15:7)
1. Magnitogorskiy metallurgicheskiy kombinat.
(Furnaces, Heating) (Rollin mills)

T&RNovSKU.. I.Ya.j ODINOKOV, Yu.I.;:KUSTORA7EV.% GIG.; 37CHKUVl B.D.;
RoLling 7 to 9-ton ingoto bY thO Oaddouble method on the
in
n50 slabb' 9 mill- Meta.Uurg 6 no.n:20-22 N 161.
(HivA 3.4.-n)
3.. urLltokiy politakhnichaskiy institut; Institut chern3*h
metallov i Magnitogorokiy'motanurgicheskiY kombinate
(Rolling(Nota-lvork))

TARBOVSKIY, I.Ya.; ANTONOV, S.F.; ODINOKOV, Yu.I.;,.KUSTODAYFV, O.G.;
�YqHKOV,_B.D.
Ingot rolling in the 3-150 slabbing mill. Stall 22 no.8:720-727
Ag 162. (MIRA 15-7)
1. Urallskiy politekhnicheskiy institut, Urallskiy institut
chernykh metallov i Magnitogorskiy met&llurgicheskiy kombinat.
(Rolling (Metalwork))

ElIT(d)/EWT(a)/EWA(,4)/EWP,(Y)/EWP(k)/EWP(h)/EWP(t)/iWP(b)/E~P(I)/-
f-4.- -WHw,
ACCESSION RArf APS013007 UR/0137/55/000/004/6"9/0014
$21.771,001
SOURCEt Ref. sh. Hatallureya, Abe. 4D60
AUTHORI Tamovak!j, I. Y&.; OdInokor Tu. 1.1 Antortov. S. P.1 Posdayev. A. A.8
9ihial., V. A.$ Ryabchikov, r, IlChkOW&
'yenko A H.; KuqtobSZeY,
TITLEs Unditions for rollin lar Ingots on is slab mill
go
CITED GOURCEt Tr. Urallskop a.-L. in-ta chern. mat, Y, 3, 1244, 167-111
TOPIC TAGSt metal r _p!,-S r" olll.ng mill
Lbr rolling heavy tWS-
TPANSIATIM The 1.1159 slz-6 rdl 'x 21T Ingots was studied.
It was found that the dogme of reduction could be increased while the number Of
passes was reduced. 0itimally stable ennUtions'For rolling heavy Ingots In 23-25
It wis found tjist tM
fjoet
pwo*3 were developed wd introduced into Industry.
Uffichilt conditions (rolling In 21 passesYleavi a reserve for bolding ow4it ons*
Further Improvement In Umfti4 by the pa'"r 6f, stand sb6torm and stavoith of stand,
UCWd

___j~TB - D IGII
A6C AIOV"497 SOURCE CODE: jR/666o/k/(J6o/ooo/6o6/OO6~
AUTHOR: Benevolinskiy. V. N.; Dri~i
Inin, Yu. P.; 4#enko, A. S.; M4 uLipa SI-L
S hkov-
_3d
G: none
TITIZ: The effect of gamma irradiatiop/and irradiation with protons with energies of
600 to 127 Mev on the radiosensitiviti of yeast cells (Paper presented at the
Conference on Problems of Space Medicine held in Moscow from 24 to 27 May 1966)
SOURCE: Konferentsiya po problemam kosmicheskoy meditsiny, 1966. Problenly 1-:
kosmicheskoy meditsiny. (Problems of space medicine); materialy konferentsiif
Moscow, 1966, 63-64
TOPIC TAGS: cosmic radiation biologic effect, proton radiation biologic effect,
ionizing radiation biologic effect, relative biologic efficiency, life support
system, space food, radiation induced mutuation, yeast
ABSTRACT: Yeast cells are a convenient object for space research because, in..
addition to serving as a model system, they may someday be usedas a
-h0crotrophic link bi a spaceflight life-support system. The Vulnerability
of the cell division process in yeast cells Irradiated In the quiescent state
was studied. A water suspension of yeast was irradiated with GOO-, 510-,
240- and 127-Mvv protons from an 01YAl synchrocyclotron, and their RBE
.was determined In comparison with Co 60 gamma rays (from an EGO-4
;apparatus). I rradintion with 660-Mev protons was conducted through a
;polyethylene and lead filter. The activation method of dosimetry was used
for GOO-Mev protons, a d the luminescent method for lower-energy pro-
Card

PEKHOV, A.P.; YUD121, Ye-V,; BESOVA, T.A.; SYCHKOVI M.A.
Effect of high-energy protons on the genetic recombination in
the colon bacillus. Mikrobiologiia 32 no.3:447-449 Itri-Jef63
(MIRA 170)
1. Institut eksperimentallnoy biologii AMP SSSR.

AFANASIYET, V.P.; KEIRINI-KkMUS., I.B.; KOVAIEV, '~FIWICH 11 V.A.
SMIREMY, L.N.; SYCHKOV, M.A.
Methodology of an experimental study of the shielding
properties of certain materials under the action of a proton
beam from the synchro-cyclotron at Dubna. Atom.energ. 16
no. 5:437-440 My 164. (MIRA 17:5)

r 1 1j,
Card 1/2

L 23?85i_65
ACCESS31"N ifi: AT500329f;
and presents
E,: N 1'. STV
Card ?/2

(v)rrC;GIEEr
q
F rennvy, L.N.; Sychko,,~,_
CC SSIoJ4 NR' Ye.:
A
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otor, ract"ItIolli 'Prot, re, alurninurn shdPIdll'-g
Pr fla
ar (1, ares
't)er
:40ven,
various
Card '/"'
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7-65
ACCESSION NR- AT5003297
wdgting information abort solar flareg Is quite insufficient for any correct evaluation of the
re-al ba-z-ards, Further studle-8 aro ne-A-4.-A togethar wM the development of m6thods for
i P 11 ah ~ Po n w - r an Ly;~ fli, . r 9 f o r (2 c a-,9 -J'PI z-rt- has: 2and I tabj'e,
F SOV: of"
NO P F
Card 2/3

-R AT_A)!A2q'i S/289 '000/003/017 4/0 184
A T'Tim-tz: Du4in. V.Ye. Kovalev Omi
rgIn
Ye. To
C -hation mil Oin protons in the earth's inner
Irv
mz;tituL % ool-csy (iozimetzrii i zashchity ot
vro!on radiati.)n, proton radirltioi- protection, outer space
radiation, inner radiation
'Par",
frorn 1~ "ovic' and Wests~rn references, the authors
~~Pvj ca)'CILIaLe the
w',
Carzi 1/2

L 23784-65
ACCESSLON NR: AT5003298
qi)ictrq. the magnitude of the doses due to primary and
:Lj tissile ti as a
JoseL
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7 75
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4 6
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1~7 s -
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for Lac i-r r lPd i~
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rad .
1---c- fl.ghts] Rad'Latslormala b-z
[Raliaticn snfff-ALY in OT ktonAzdat,
3 70 1)

AFANASIYEV, V.P.; KEIRDI-MARKUS, I.B.; KOVALEV, Ye.Ye.; KUZNL~-~GVA, ~;.S.;
SAKOVICHY V.A.; SMIRENNYY, L.N.; SOKOLOVA, I.K.; SYCHKOV, M. .
Dose field for irradiation of aninals with high energy protons.
Radiobiologiia 4 n0-5:775-781 164. (MIRA 18:4)

ACC NRi AV036600 SOURCE CODE: UR/Oooo/66/0001000/0236/0237
AUT11OR: Yuzin, R. A.; Nevskaya, G. F.; Popov, V. I., S cht9y Shafirkin, A.V..
Yurgov, V. V.; Abramova, G. M.; Ginzburg, Ye. V.; Nalandarova, 1-1. P.
ORG: none
TIT'"'. Ex.erimental investigation of the effectiveness of local radioprotective
shiciding Paper presented at the Conference on Problems of Space Nadicine held in
lbscoii f rom 24-27 May 1966
SOURCE: Vonferentsiya po problemam iosmicheskoy meditsiny, 1966. Probleny.
Rosmicheskoy meditsiny. (Problems of space medicine); materialy konforentsii,
Moscoi;, 1966, 236-237
TOPIC TAGS: radiation shielding, solar flare, cosmic radiation biologic effect,
radiation protection, radiation dosimetry
i ABSTFACT:
'AA" ` Ics are er
Ykally lco-untle:~ed in selection of a radiation method
[~siiitable foi, study ofthe ajLect of local shielding. The radiation field with-
11-, t'.*1e linuts ol' the irradiated object.must not vary more than The
i-dose di_'Lereni-.Lal amoncy, absorbed doses must not exceedtl0%. Local
-shdelding -must pz-oduce at. least a tenfold Weakening of the dose. Further.-
doso power mvst be sufficiently high to model solar flares. con-

ACC INR: AT6036600
sidering; the limited sKay olf the Irradiated animal in a fixed position. Ex-_
-:~erir L
nental ca"culations of the passage of protoris through tissue have shown
I.Inat, hig- -energy protons scatter very little. For example, the average
h LI
anye of mulItiple scattering for 660-Mev 'protons passing through a lead
filter with a ti-delmess of 100 g/cm2 is approximately 20.
Selection of proton energies was made iising data on the distribution
oi absorbed doses created by monoenergetic pi~opons with energies from
6 0 0 Mmev in a wat-er phantom. Since the s e distributions have a dose
2
107, w. /cM
rentlal greater than ith shielding thicknesses up to 20 g
it was decided to irradiate the animals from two sides.. Maximum equalizz.-
tio:-, of" distribution with 'his method was obtained with 250-Mev protons.
The local s'I-deld used was made of paraffin. A radiation field was produced
at' zhe irra(~iated object with a difference of �2016. To obtain more uniform
radiation, animals were placed asymmetrically to the axis of 'the proton
-bea.rn ard each side received half of the dose.
This method was perfected with a heterogeneous bone-paraffin phantom.
~j
ion field var V
'Y,"easurements made with this phantom showed a radiat YL-10
ozdly 1176 on the animals' surface. Furthermore, the differehLialof absorbed
doses did exceed 576. When individual body parts were shielde,d,.the.
Card 2/.

I-A-C-C-N
dose decreased 10-15 times behind the shield. Thus tha me' thod described sat' isfies
all the requirements listed above, and can be used in radiobiologic,)l study of the
effectiveness of local shielding. ft. A. No. 22; ATD Report 66-119
SUB CODE; 06o 18 SUM DATE; OOMay66
Card 313

AT6036,529
of development, *number of tubers, and their total weight.
Ionizing radiation is known to affect both the growth and development
rates and the productivity of the potato: small doses have a stimulating
!effect and large doses a depressing effect. Expqriniental results showed
that a proton dose of 250 rad or a dose of gamma rays from 500 to 1000 rad
,stimulates the appearance of seedlings and the beginning of budding. A con-
siderable depres'sing effect was noted beginningwith doses of 500 rad (protons)
1 andover 1000 rad (gammarays). Analagous resultswere obtained withrespect
to thenumber of stalks from one tuber and the height of the plants.
Potato productivity changes under the influence of radiation. The
general rule of decrease in productivity with increase in dose is retained.
This may be explained by the smaller number of tubers per experimental
plant with all the doses used. The average number of tubers per plant was
six with a 5 00 -rad dose of protons, and eight for the same gamma-ray
dose (as compared with nine in the control). Visual observations of full-
grown plants showed that the stimulating effect of small radiation doses is
most strongly manifested in initial developmental phases, and disappears
gradually with time. In the period before blossoming, it is already diffi-
cUlt to detect the stimulating effect of 250-500-rad dose. The depressliq
Card 2/3

J
.1JOU'lir'll GOID!;: U1, Ci(',)()/66/000/000/02-(YI/02q,3
Kovalcv, Ye. YC.; Po (?v, _I t~ Sychkov. M. A.
P
TI-HE: B~asic problems of modeling the effect of the radiations of pqq~f~ on
0_-01.0,,,c1 0bJ(,ct.3 [Papor Presented at the I
U Conference on Problems of Space
',:c c r
_Lcane -eld '10scow f am 24 to 27 11by 19661
5 OU, R. C:," KonferenLsiya po problemam kosmicheskoy medit5iny, 1966. Problemy
I;wditslny. (Problems of space medicine); materialy konferentsii,
,,:oscow, 1960', 20'j-2-03
TOPIC TAL-IS: cosmic radiation biologic effect, proton radiation biologic effect,
010-0-"1C ;~10ael, Cosi:dc radiation
ADS,"IViCT: There are~two main components of cosmic rad iation: primary cosmic.
radiation, wi-tica ilias a chroaic effect on the cosrnonaut during the entire
I'liant and solar cosiyic radiation (corpuscular radiation froni solar flares),
A
,.w.nich has an acute, periodic effect vary~nrf with the character and intensity
'OIL the flares. Primary cosw,.Lc radiation consists of protons, alpha parti
icles and rnulticharge ions, many of which lie in the energy range of 0.5-1.0
bov/nucleon. However, tne n-Aaxin-,uni energy of these particles reaches
105 bev. The proton constituent of cosraic radiation can be partiall repro-
Y
Card

---------- V-
4CC NRt AT6036599 SOME CODE. UR/0000/66/000/000/0234/0236
AUTHOR: Kudryashov, Ye. L; Marennyy, A. M.; Popov, v. r.; Portmanj A. L';
Solyanov, B. I.; Sychkov.- M.
ORG: none
TITIZ: A me bod of irradiating biolo,-,Ical objects on a multicharge ion
accelerator 2Papor Presented at the Conference on Proble= of Space Medicine hold
in 1:ascow from 24-27 May 1966-7
SOURCE: 1~onforcnrslya po problamam Rosmichaskoy maditsiny, 1966. Problemy
kosmicheskoy meditsiny. (Problems of space medicine); matorialy konferentsiiq
Moscow, 1966, 234-236
TOPIC VLGS: Ion accelerator, synchrooyclotron,, ionizing raaiation biologic eff9et'.
radiation tissue effect
ABSTRACT.,
RBE values for'neavy ions can be cleterminea Xrom, experiments with
drradiation of tissue and plant cultures. RBE determin&ions are necessary
Jor calculations of the total dose ieceilveA by cosmonaut and life-support
~Isysteni o flight. At preseni the RBE values for heavy ions
I n a long space ted by,galactic
'are set at 20-30 indicating the great radiation hazardp
1/3
A

-ACC NR:-- _A%Ok59_9
Experiments were conducted on the U-150 cyclotron at Dubna, whicn
produces beams of accelerated carbon, nitrogen, and oxygen atoms with
energies around 7 Mev per nucleon with currents up to'10,uamp. Irradi-
ation of biological objects in these direct beams is impossible, since the
aose power would be measured in megarads. In order to decrease the ,
dose power to 2-5 rad/sec, the requi.red level for irradiation of biological
objects, a special device was used. The ion' flux was decreased 106 times
by the process of scattering heavy ions on go3d foil (1-2 g thick) fixed in
.,,a vacuum chamber. The angle between beams of primary and scattered
:'ions reached,900. This arrangement ensured convenience of'operation
and the necessary uniformity of the radiation field with respect to intensity
;'and ion energy.
A special collimator (consisting of 'a system of concentric sleeves) was
J;used to further equalize the radiation field. The 'Collimator produces some
idecrease in the dose power received by the biological object, which can
be compensated by increasing ion currents. Irradiation aionitoring was
A.accomplished with a special ion current.integrator.
During ion scattering on gold-foil secondary electrons are generated,
which have a spectrum ~wlf4ra maximum in thi region'of 3 key for a 60 Mey
L.Cato V3 -
--------

ACC NR~ AW036599
energy of the incident ion. A mylar film 5,u thick. which divided t,,-,c vLc-.;-,;In
part of the chamber from atmospheric air was used for electron absorption.
Calculations showed that the contribtition of secandary radiation to the total
*dose absorbed by the biological object did not exceed lye.
Since the'experimental, biological objects were not more than 5-10,iA
thick. their absorbed dose was calculated by ionization losses in polyethylene,
a substance with braking abiliV similar to moist tissue.
[We A. Noe 22; ATD Raport 66-1161
iSUB COM
06,2o suDl D&rAl OOMay66
Card 3/3
WHO

ACC NR,..ATG036635-' SOURCE CODEs UR/0000/66/000/000/0340/0341
AUTHOR: Seraya, V. Me; Wzhov, No Is; Derbenoval No No; Mashinskaya, To Ye.;
Oparina. D&.~ Sychkovp Me A.
ORG: none
TITLE: Changes In the hematopolotic system of rats irradiated with 126-Mov protons
and Co 60 garma rays [paper prosented'at the Conference'on Problems of Space
NNodicino hold In Moscov from 24-27 May 196�7
SOURCE: Ibnforontsly4 po, probl6mam koamicheskoy maditsiny, 1966. Problemy
kosmichoslwy m4ditsiny. (Problems of space medicine); materialy konforentsil#
lbscow, 1966v 340-341
TO21C TAGS: proton radiation biologic effectr ionizing radiation biologic-effeet,
relativo.biologic officloncyt' hematopolesiag bons marrow, radiation tissue effect
ABSTRACT$
TAhe compa)rative effect of AingLe whole'-body'Irradiatiod *With 126-~MeV A
protons slid Co6D gamma rays on-the cellular composition of-peripheral
blood,.bone marrows and spleen was studied us~j[ILS male rate.. Animals
L Cord 1/4

ACC -NR,-AT6036635-
were irradiated with 126-Mev protons from an OIYAI synchrocyclotron in
doses of 100, 200, 400, 550, 700, and 1000 rad, and with the same doses of
gamma rays from -an EGO-2 apparatus. The dose power of protons was
~,0.57 rad/sec and of gamma rays, 3.1 rad/sec.
The following indices of hemodynamic change were used: total number
of leukocytes, absolute number of neutrophils and lymphocytes, absolute
number of karyocytes (normoblasts), and idipressions of femoral bone
marrow. Tests were conducted 1, 3, 6, and 12 hr, and 1, 2, 4, 7, 12,
.20, and 30 days after irradiation.
Identical processes of disruption of hematopoiesis were observed
tinder the influence of both protons and gamma rays. Change in the number
of leukocytes and the number of nucleated bone-marrow cells in the first
hours and days after irradiation had a phase character, During the first
phase, the bone-marrow cell. level was maintained near the normal level,
ln this period a considerable increase in the number of leukocytes in -the
peripheral blood was observed and neutrophilla developed. These phenorn
ena may be connectq_4.with-roslitx.r.eacUon to irradiation and with radio-
tribution..of blood.
.ard 2/4

NCC Nr,. ATIG036635
The duration of lookocylosia and the degree of Its do -
pcndcd on the radiation dose. The second phase of postradiation change
was characterized by disintegration of young bone-marrow cell elements
and by disbitcgration of lymphocytes. Considerable decrease in the number
of bone-marrow cells occurred in this period.. The number of leukocytea was
close to normal with doses of 700 and 1000 rad and somewhat lower with
doses up to 400 rad.
In the tbird phase of change in blood indices, total depression of hemato-
.poiesis was observed, as shown by the considerable decrease in number of
bone -marrow cells and leukocytes in the peripheral blood. Maximum decrease.
in the number of nucleated cells occurred two days after irradiation with doses'
of 100, 200, and 400 rad. 'Fi6wever, with proton irradiation in doses of 700
and 1000 rad, decrease in the number of nucleated b'one.marrow cells was
less pronounced. The maximum decrease in leukocyte content was noted
on the fourth day: it was considerable, for gamma rays and dose-dependent.
r
r both types of irradiation.
o
A period of relative stabilization followed at the end of the third phase. A
~.With radiation doses of 100, 200, and 400 rad the number of bone-marrow
cells in this period was close to normal or..sUabtly OWikri ere was 'no
'a, r
C d 3/4

_W XT6636635
A
CC R.
innrupt ijlcrvnse in the number of bona-marrow cells (perfod of abortive
iincrease). The greater the dose, the less pronounced this abortive phase.
IThe number of loultocytes normalized by the end of this period. The period.
of abortive increase in bone-marrow cells preceded the period of final
normalization with doses of 100, 200, and 400 rad.
Comparing functional changes in rat hematopoiesis during proton and
gamma irradiation revealed the same pattern of processes, although the
idegree of manifestation of phenomena and the sequence of their occurrence
were somewhat different. With large radiation doses (700-1000 rad),
processes of bone-marrow destruction were more intensive during gan'ima
irradiation; the RBE of protons in this case was less than one. However*
with proton doses of 100, 200, and. 400 rad, RBE values with reppect to.
the number of nucleated boner!mqrVQw pqllkwas, close. to one./
CW. A. No. 22; ATa Raport 66-1161
SUB CODES 06 SUBH DAM GOM&y66
4/4-1
Card 4

TATUIOVSKIY I.Ya.; ODINOKOV, Yu.I.; CHICHIGIN V.A.; SYCHKOV B.D.
9
Torque distribution between the rolls of a rolling mill. Stall 23 no.12;
1099-1102 D 163. (MIRA 17:2)

SYC-bffLY, Jan. inz.
Ualculation of sheet torsion bars. Stroj cas 15 no-4:365-372
164.

L 10bOI-63-. EPF(c)/EWT(M)/BDS/`tS(b) -AFFTG/ASD-Pr4--AwU/K
7/0
S/0220/63/039/003/044 44
ACCESSION NR: AP3002914
AUTHO11R. Pekhov, A. P.; YUdAn, Ye,y Sy*chkovg M. S
TITLE: Effe,--t of high-energy protons on genetic recombi-nation in colon bar-illi
SOURCE: -Mikrobiologiya, v. 32, no. 3, lb63, 447-4-49
TOPIC TAGS: high-energy Protons, 660-Yiev protons, colon ba,2illi, Escherina coli.,
irradiation effects, genetic rec-offbination, donor strain, re;.,eptor strain, geruetic
structure, transmission of characteristics
ABSTRACT: A study vas conducted to determine the effect of ir-radiation-with
high-energy protons on genetic recombination of variant strains of E. Coli K-12.
-dependent, streptozycin-seensitive nutant..
The donor atrain Hfr H was a thiamine
The receptor strain PA678F- vas characterized by loss of ability to Synthesize
leucine (L-) and thiamine (B sub-I-) or to ferment 1ELCtose
tbreonine
Uac-), galactose (Gal-), maltose (Yjal-), xylose (Xyl-), and mannitol (Mtol-)
p age
and by resistance to streptonwein (Sm sup r) and lanbda h Tranwiission
followizig orde-
of characteristics from donor to receptor cells occl=s -.,.n th
T-L-Lac-Gal-H-Sm-M. Dono.- strains -,;ere proton-irradiated vith the synchroayclotron
Card

L lOhOl-6.3
ACCUSSION M: AP3002914
atthe Ob'~fedinenny,~y instittit yaderny*kh issledavaniy.(Joint Institute Df
Nuclear Studies), then combined with the receptor strain, incubated, and th
recombinants isolated. Proton irradiation.of donor strain cells Vas found-to hav,e
an effect on conjugation: the number of Tf- I+ Sm sup r recombinants increased
with the radiation dose. Irradiation also had an effect on the Senetic strac I
ture
of the recombinants: the T+ I+ Sn sup r recombinants received the ability to
ferment lactose and galactose, an the Gal+ Sn sup r recombinants receivecl the
ability to ferment lactose and to synthesize threonine 'Aid leucine. 7he number
of recombinants receiving the ability to ferment lactose.and galactoEe and to
synthesize threonine and-leucine also increased as the radio-tion dose, increased.
The stimu.1%tory character of the proton effect is apparently limited to
relatively low radiation levels, since significantly greater dose's of protons
lower the frequency of recombination. Orig. art. has: 1 figure and 2, table.
ASSOCLATIall: Institut eksperimentallnoy biologii, AM SSSR Qng~~i_tute Of-
ExperimentAil Biology ANN SSM)
Card

2-66 EV1T(1)/EWT(m)/F0C/EWA(h) GW
L'273
ACC NR% AM6001040 Monograp
A..; K ey. YE. YE. LqKk 4~y A. V.:
K
K
K
a RaYHV Tc, M.,dfm ~.rermj K
LE, N.: Svchkov- M. S.
/03
Radiation safety'during sk~ce fJL1j_hts\'(`Rad1ats1onnaya bezopastnost' pri kosmicheskikh
pold6kh) it~c w, Atmizdst, 1964. 370 p. illus., biblio. 1700 copies printed- AA
TOPIC TAGS: cosmic radiation, solar radiation, space r4dia'.1on hazard, radiation
safety, radiation belt, radiation dosimetry, radiation protectift, solar corpusculo
radiation, nuclear energy, nuclear propulsion engine
PURPOSE AND COVERAGE:. This monograph ma)~ be of interest to persons concerned with
problems of radiation safety in space flights. It is a compilation of articles,
written by various authors on cosmic ra-liation, its sources, levels, dosimetry
techniques, and physical methods for protection against radi'ation. The authorst
purpose was to present the problem of radiation safety in space flight as fully
possible. Peculiarities of cosmic radiation dosimetry are outlined; radiation
conditions in space, basic interactions of cosmic radiation with the matter, and
radiation protection are analyzed. Chapters 1 and 3 were written by Z. B. Keirim-
Markus, Chapters 2 and 4 by M. A. Sychkov, Chapters 5.and 8 by A. V. Larychev,
Chapter 6 by Ye.'Ye. Kovelev,.Chapter 7 by Ye. Ye. Kovalev and L. N. Smirennyys
Chapter 9 by V. G. Bobkov, and Chapter 10 by V. P. Demin and V. A. Sakovich.
TABLE OF CONTENTS (abridged):
Card 1/3 UDC, 539.16+628.58+523

-66
L 27302
ACC NRt AM6001040
Foreword -- 3
Ch. 1. On dosimatry of cosmic radiation 7
Ch. 2. Primary (galactic) cosmic radiation (PCR) 42
Ch. 3. Solar cosmic radiation (SCR) 60
Ch. 4. The earth's inner -radiation belt -- 103
Ch. 5. The earth's outer radiation belt 117
Ch. 6. Interaction of high-energy protons with protective material 135
Ch. 7. Protection against protons of the 0-arth's inner radiation belt and solar
flares -- 200
Ch. 8. Protection against electrons and bremostrahlung of the earth's outer radiatior
belt 240
Ch. 9. Nuclear energy sources in spacecraft - 259
Ch. 10. Protective shielding of nuclear reactors in Boacecraft 300-
Card 2/3

v
W
n~ W
~,27302-66
ACC NR, AM6001040
Appendices -- 354
SUB COD19: 18, Q6/ SUBM DATE: 22oct64/ 'ORIG RW-. 034/ OTH UFt. 050/

SYCHKOV, N.-Z.-(Vet.); KOROLTIA, V. P., NOSKOV, A. I., DZIIILOVYAN, K. ~1-
"Reproduction of ep-izootic lymphangitis Twith the culture of the fungus
Histoplasma farciminosum."
SO: Veterinariia 24 (8), 1947, P. 12

SHABAROV, Yu.S.; DONSKAYA, N.A.; SYCHKOVA, L,D,; LEVINA, R,Ya*
vior of phenyloyclobutans
Cyclopropanes and cyclobutanes.
in the reactions of electrophilicktitution. Veat. Mosk.
un. Sere 2.*Khim 20 no. 5:73-76 S-0 165. (MIRA 18:12)
1. Kafedra or askoy khimii Moskovskogo gosudarstvennogo
universiteta. bmitted Nov. 90 1964.

SYCHOV, E., mashinist kombayna.
Labor organization in the stopes. Mast.ugl. 2 uo.4:15 Ap '53-
(MI-R-4 6:5 )
1. Shalrhta no.34. (Coal mines and mining)

SYCHOV, Yu., shturman
Particular cases in tfie methods of determining a shi Is location.
Mor.flot 21 no.5:13-14 My 161. fl~R~ U.: 5)
(Ship handling) (Radio in navigation)

MAX&ROVA, N. (RazanQ; SYCHOVA, L. (Kazan')
I...........
Meetings of glider pilots are needed, Mryl.rods 11 no.10:19 0 160.
1 (MIRA 13: U)
(Gliding and soaring)

20
Co_!~,
uJi
.7
L
_0
nn~d JCIS-"a-_1110~1
C-- ,j u -

--SYCHOWA, B.
The morphology and topography of the tbalamic nuclei of the dog.
Acta biol exper 21:101-120 161.
1. Neuroanatomical Laboratory of the Nencki Institute of Ebcperimntal
Biology, Polish Academy of Sciencesp Warsaw. department of Comparative
Ne=oanatpmy, Jagiellonian University, Cracow*
I *uroanatomical Laboratory of.the Nencki Institute of Elporimental
Bidogy, Polish Academy of Sciimcea,.Warsaw.
(DOGS) JO?TIC THALAIJJS)

SYCH,-,VlAj B.
Degeneration after ablation of the ectosylvian gyrus in dogs.
Bul Ae Pol biol 10 no.1:17-20 162.
1. Department of Comparative Neuroanatomyo Jagiellonian University,
Krakow and Laboratory of Neuroanatomy., M. Nencki Institute of
Experimental Biology., Polish Academy of Sciences, Warsaw. Presented
by J.Konorski.
-1y

BRUTKOWSKI, S.; FONBERG, E.; KREINER, J.; MUM, E.; SYCHOWAp B.
Aphagia and adipsia in a dog with bilateral complete lesion of the.
anygdaloid complex. Acts. biol. exp. 22 no.1:43-50 '62.
1. Department of Neurophysiology, the Nencki Institute of Experimental
Biology, Warsaw.
(GANGLIA BASAL pbysiol) (APPETITE physiol)
THIRST pbysiol)

SYCHOWA, Barbara.--.
Degenerations of the medial geniculate body following ablations
of various temporal regions-in the dog. Acta b1ol. exp. 23
no.2.*75-99 163.
1. Department of Comparative Neruroanatomy, Jagiellonian Uni-
versity, Cracow and Laboratory of Neuroanatomy, The Nencki
Institute of Experimental Biology, Warsaw 22, Poland.
(TE14PORAL LOBE) (GENICULATE BODIES)
(BRAIN DISEASES) (NEUROSURGERY)
(PHYSIOLOGY) (PATHOLOGY)

SZWEJKOWSKA, Genowefa; KREINER, J.; SYCHOWA, Barbara
The effect of partial lesions of the prefrontal area on
alimentary conditioned reflexes in dogs. Acta biol. exp.
23 no.3:181-192 163.
1. Department of Neurophysiology~ The Nencki Institute of
Experimental Biology, Warsaw 22, Poland.
(TINPORAL LOBE) (RMM CONDITIOM)
(PHYSIOLOGY~

DOBRZECKA, Czeslawa; SYGHOWAI Barbaraj XMIORSKI, Jerzy
The effects of legions within the senscri-motor cortex upcn
instrumental response to the "Specific tactile stimulus*-.
Acta biol. exp. (Waroz) 25 no.2:91-106 165
1. Department of Neurophysiology, The Nencki Institute of
Experimental Biology, Warsaw 22, Poland.

SYCHOWA, M.
T-;-CHNOLOGY
PERIODICAL: GOSPODARKA WODNA, Vol. 18, no. 11, 1958
Sychowa, M.: Theappearance of newplant groups in the water
reservoir in Goczalkowice. P- 502.
Monthly List of East European Accessions (EEAI) LC Vol. no. 4 April, 1959, Unclass.

SYCHOWA., Maria -1
Geographical dislocation of Rhododendron luteun Sweet, Wiad botaniezne
6 no.1:73-75 162.
1. Instytut Botaniki., Polska Akademia Nauks, Krakowe

SYCHOWICZ, Bj ORLOWSKIs P.
Partition walls in steam boilers. (Conclusion) p. 6W.
PRZEGLAD MECHANICZNY. (Stowarzyszenis Inzynierow i Technikow Mechanikow
Polskich) Waaszawas Poland, Vole 18, noo 18, Sept# 1959*
Monthly list of East 5=pean Accessions (EE&I) LC., Vol@ 9, noe ls Jan* 1960,
Uncl.

ROGALSKI, Zbigniew, mgr inz..)gC~OWI(..ZI., Edward, mgr inz.
Properties of heavy anode coatinge,based on light AK6-1
alloy. Techn lotn 19 no. 5:124-124,. My 164.

SYCHOWICZ, Edward, mgr inz.
------- I..,.--,. .- -.- 1. - I
Preparations for measuring vibrations of gas turbine blades.
Techn lotn 19 no. 9:245-247 S 164.

SYCHROVSKY) M.; WITT, K., inz.
Connection for direct-current motor control. Automatizace
6 no. 5:122 My 163.

AUTHOR: Sychrovsk~, M.
Z10191611018101210021004
D006/D102 -,
TITLE: Built-in germanium rectifier for charging electric trucks
PERIODICAL: Prehled technicke a hospoda"r'ske/ literatury, Energetika a
elektrotechnika,-v.-*18,- no; 12, 1961, 551, abstract # E 61-76ol.
M'e'r"'. a Regul., 1961, no. 2, 12-16
VV/
TEXT: The rectifier is built in trucks produced by the Decinske"strojirny
(D9Vn Machine-Building Works) which are equipped with a lead storage-battery.
They are used for transportation (including lifting of carried loads) and
pilletization. Schematic diagram, description of design, function, as well
as operating and maintenance instructions of the rectifier are given. The
rectifier is-being produced in-two sizes with charging-currents of 16 and
26 A, respectively. The original article contains 6 figures. IA-bstracter's
note: The above text is a full translation of the original Czech abstract]
Card 1/1

NEUMANN, B., MUDr, SYCHROVSKT. Vlad., MSDr
Records of orthodontic cars. Prakt. zub. lek., Praha 2 no.10i
4 7-223 1954.
1. OUNZ Ostrava
(RECORDS, MEDICAL
orthodontic)

NEUMANN, Bedrich, HUDr; BYGHROVSKT, v1d., MSDr
~* ~-
Treatment of harelip and cleft palate. Ceek.stomat. no.3:91-96
May 55.
(HAMIP, therapy
current status)
(GLIFT PAIATE, therapy
current status)
k