SCIENTIFIC ABSTRACT SHNOL, S.E. - SHNYREVA, YE.A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549820010-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 10
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

L !:M
NIT RL~L 17 8
fa. Au.;,-

ROGINSKIY, Simon Zalmanovich- SHNOLI Simon Ellyevich; MASLOV, S.P.,
red.; LAUT, V.G., teij.-red.
(Isotopes in biochemistry; theoretical pi-inciples, problems,
resultslIzotopy v biokhimil; teoreticheskie osnovy, problematika,
rezul'taty, Moskva, Izd-vo Akad. nauk SSSR, 1963. 378 p.
(MIRA 16:3)
(Radiobiology)

SHNOLI, S.E.-
. BUKATINA, A.Ye.
Possible role of catalase in Dreserving the native state oC protein3
in oxygen-containing soluticn~. Biofizika 10 no.20~,9 165. k4g.RA 18:7)
1. Fizicheskly fakulltet Moskovskogo gosudarstvennogo universiteta imeni
Lomonosova i Institut biolo~-icheskoy fiziki AIIII SSSR, Moskva.

TUY,A'[Y.-',,N, V.G.; SHNOL'I S.Ell
?'nysiological and mutagenic actlon of D20 or. rzosophila
melanogaster. Biofi-zika 9 no.1:15-18 163. (ILIRt 17:8)
1. Institut biolcgicheskoy fiz--ki AN SSSRY Moskva i fizi-cheskiy
fakulltet Moskovskrgc gosudarstvennogo universit.eta imeni
I
~,omoriosova,

O"IINOT,li S.E.; SMIRNOVA, N.A.
Variation in SH-grouv concentration in actomfosiny actin
and myosin solutions. Biofizika 9 no.4:532-534 '64.
(KRA 18:3)
1. Fizicheskiy fakulltet MoskovBkogo gosudarstvennogo universiteta
imeni Lomonosova I Institut biologicheskoy fiziki AN SSSR, Moskva.

L 56oo8-65
ACCESSION NR- AP5015654
a chamber with controlled humidity and temperature,(22._5C). Grains begav. to. -sprout-,._~__,.
after 10-15 min. The length of the experiment and. the_..first Aieck ~vv~ 16-`mi~n
and the second check was 1 hr. In all. the. cases. the -number -of - germinated experimen al;.-..
grains exceeded the number of'germinated controls. Fifty-nine experiments.were qpn~-
ducted at 1000 cps to compensate for the great variability of-the material. It.was:
the,
concluded that gemination of Tradescantia paludosa.pollen-is accelerated under
at
influence of sonic vibrations in the audible range. Stimulation isespeciallyy gre '2,
when the pollen has a limited germinating capacity. This was~proved by.an experi- -
ment in which seeds were left for several days,-7in.-the~exsiecator::(~nstead of one
day as before). In 41 out of 61-experiments 'pollen germinated under the influence
of sound for 1 hr, but the controls didnit germlinate:~at all. Because of the stat-
istical heterogeneity of the material, a frequency characteristic of this effect"
was not obtained. Orig. art. has: 1-figgre and,1 formula.
ASSOCIATION: Institut biologicheskoy fiziki AN SSSR .(institute.:. of. Biophys i as
AN SSSR); Fizicheskiy fakulltet Moskoiskqgo 'g'osudarstvenaog6:.uiiiv6rsitOta im. M i-_ V&''~
'Lomonosova (Physics*Faculty of:Moscow State-- University).O.,
SUB CODE:
SUBMITTED: 20Mar63 ENCIU:: 00 is
sov: oo4 OTHE ATD Prass:
NO REF R: 000 4034
LC
..rdjL2_ t4r

z -
7ATclEll [f! A, G.N. ; " )I INO L' , S.f,',.
S Ludy
of' the cour~3e c)f a(lenoairl(,'Lriphoslil.,ataLe reaction by
the appearance (if hydrogen ions in the rr.,edium,. Biof-,zika 10
no. 1: -17-41 165. (Mll?,k IS: 5)
1~ Fizicheskiy fakulltet It-loskovskogo Cosudarstvenno,;o univer-
siteta imen-,* Lomonosova i Institut biologic-hp-skoy fiziki AN
SSSR,, "Ioskva.

f~ --C lie n -C
ar
n Ea.. rn -
-w

)
Ht M.i.. LI, q
OVAI
osphat-~ dt-t=r,,-*;r;- -,n
h
a ir, ultrav`olet. Riokhimi.-a '2 ncl.
ab~3orr-r.~on s-~,ecTrp-
165
y rzoz3 -.j -da ~F, 'LV erl ri 00()
i fi7icheskly fakul. t te L
r, va

Gal. IstvAit sliu-ni i and Giza TOW (Unltenl Pharm.
Nutrwrr=mr~ Ifit'lapest). Magyar'Kdm. My,,iw. ti,
-,pitione was detd. in the reaction uti,c. as
10110W9. TO A S-liple adjusted to pH 2 and to antsilicr ad-
justed to pit U, reap.. was added a 1% aq. 501n. Of RtAUL&C
salt in 20-30% excess (the supernatant should remain dur-
ably pink), the liquid made up with distd. water to 50 mt.,
allowed to stand I hr.. filtered (g ll filter IG3), and the
filter cake mashed with distd. water, then twice with 5 mi.
W% EtOll, dried 30 thin. at 105', and weighed. The tro-
pinoue reineckate, m. 191-2% contained N 9.09, Cr 11.18%.
In synthesizing tropitione, a reaction mixt. contg. 4.3 g.
(CIWHO), was treated with 11.7 g. CO(CHsCOtHN, the
Inixt. adjusted with K,C()~, to pff 5. 00 ml. of 12% ne-traJ
win. of Na ritrateand 5.4 9. hIeNH,.HCI added, and the
soln. inade up with distd. water to 150 ml. and allowed to
stand for periods varying from I to 60 firs. gave 80% tro-
pitione. ALso in Acla Chem.- Acad. Sci. Hung- 6, "No. 3-4.
ri -!-~

' - I - I - - -' - - CO 1- - -
V "M,E! SI-HNURE, L-1. ; GRAUD,
Le c it - vi~
o1arir,:;e po rArrir~p -n-z- Lat
report surimitted L'or 7t?,. Intl "oncr, Anthropological & Ethnological ~~ciences,
N,oscnw, --L") 1111cr
J A , -

GUBKA, M.; SHISHKA, K.; SHD4KOVITS, I.; SMRECHANSKIY, V.;,SHNORER, M.
Protection of the myocardium in cardiac arrest during intracardiac
interventions with artificial circulation. Khirurgiia 38 no.5:
17-25 MY '62. (MIRA 15:6)
1. Iz otdeleniya eksperimentallnoy khirurgii (zav. - akad.
K. Shishka) Instituta eksperimentallnoy meditsiny Slovatakoy
akademii nauk.
(MART, FAILURE) (UAn--MUSGLE)
(BLOOD-CIRCULATION, ARTIFICIAL)

SHIKKOVITS, I.; SHISHKA, K.; GUPKA, M.; VOLIF, Yu.; atERCHATSKIY, V.;
SIJIIOR9~R M.
'Fanctional parameters of an apparatus made in Czechoslovakia
for artificial blood circulation. Eksp.khir.i anest. 6
no.3:13--20 161. (MM 14:10)
(PEMSIOR FLR4P OMMM

SHNORER, M,;-SHISHKA, K.; SHIMKOVITIS, L; GUBKA, M.; SMRECHANSKIY, V.
Changes in the coagulation and anticoagulation blood factors
during artificial circulation. Khirurgiia 38 no.5:25-27 My 162.
(MIRA 15:6)
1. Iz 2-y khirurgichaskoy kliniki meditsinskogo fakullteta
Universiteta imeni Komenskogo v Bratislave i otdeleniya
eksperimentallnoy khirurgii (zav. - akad. K. Shishka) Insti-
tuta eksperimental'noy meditsiny Slovatskoy akademii nauk.
(BLOOD-COAGULATION) (BLOOD-CIRCULATIO11J. ARTIFICIAL)

SHISHKA, K.; SHMOVITS, I.; GUBKA, M.; SMRBCHANSKIY, V.; SBNORRER, M.
Experience acquired in surgery by the use of an artificial heart
and lungs. Trudy Inst.eksp.i klin.khir.i gemat. AN Gruze SSSR
10:13-23 162. (MIRA 16:2)
(PERFUSION PUMP (H M M
(CARDIOVASCULAR SYSTEK---SURGM)

SHIMKOVITS, I.; BOLIF, Yu.; SHISHKA, K.; GUBKA, M.; SMRECHANSKIY, V.,-
-SHNORRM,--9.; ZIMA, P.
Apparatus fo Czech design for artificial blood circulation.
Trudy Inst.eksp.i klin.khir.i gemat. AN Gruz.SSR 10-125-31+
162. (MIRA 16:2)
(CZECHOSLOVAKIA-PERFUSION PfJMP (HMT))

SMRECHANSKIY, T.; SHISHKA, K.; SHIKKOVITS, I.; SHNqRMI_M.- G9BKA, M.
Some perfusion problems in artificial blood cirmaation. Trudy
Inst.eksp.i'klin.Ichi i gemato AN Gruz.SSR 10:35-42 162.
(MIRA 16:2)
(PE M SION FUMP (H M T))

GUBKA, M.; SKSHKA, K.; SHMOVITS, I.; SIEECHANSKY, V.,- SHNORIM, M.
Protection of the myocardium during the prevalence of aMtole
in an intracardia-- operation by 'the use of the appaprtus for
artificial blood circulation. Trudy Inst.,&ksp.i klin.khir. i
gemat. AN Gruz.SSSR 10-'57-65 062. (MM 16%2)
(M4.RT--SURGERY) (BLOOD -GIRGUIATION,ARTIFICIAL)

GUBKA, M.; SHISHKA. K.; SHIKKOVITS, I.; SMRECHANSKIY, V.; SHNORRER, M.
Care of the patient following a heart operation with the uBe
of artificial blood circulation. Trudy Inst.eksp.i klin.khir.
i gemat, W1 Grues.SSR 10:67-72 162. (MIRA 16:2)
(HEART--SURGERY) (BLOOB-GIRCULATION, ARTIFICIAL)
(POSTOPERATIVE CARE)

.81.0-0-ANRIE-R., M."; SHISHKA, K.; SHIKKOVITS, I.; GUEKA, M.; SMRECHARSKIY, V.
Changes in coagulation and anticoagulation factors of the blood
in artificial blood circulation. Trudy ;h2st.eksp.i klin.khir.
i gemat. AN Gruz.SSR 10.,73-76 162. (MIRA 16:2)
(ELOOa-COAGULATION) (BLGOD-~IRCULATIOVY ARTIFICIAL)

MANEDOVA, V.M.; SIINULIN, A.N.; FORIYANSKIY, A.Ye.
Quantitative determination of aLlene in the propene-propylene
fraction by infrared spectrometry. Neftekhimi"La 3 n0-4:620-
621 Jl-Ag 163. (MIRA 16:11)
1. Vsesoyuznyy nauchno-issledovatellskiy tekhnologicheskiy
institut po polucheniyu i pererabotke nizkomolekulyarnykh
olefinov, Baku.

005112 CN) SOURCE CODE: UR/0316/65/000/005/0074/0076
AUTHOR: Serebryakov, B. R.; Gusman, T. Ya -, Shnulin A. N.
ORG: VNffolefin
TITLE: Electrical conductivity of bismuth molybdates
SOURCE: Azerbaydzhanskiy IdAmicheskiy zhurnal, no. 5, 1965) 74-76
TOPIC TAGS: electric conductivity, bismuth compound, molybdate,
forbidden zone width, activation energy, catalysis, oxidation
NY, M\~ 0'"OA4~';s
ABSTRACT: A study was ma4p of the electrical conductivity of fused and shaped samples of
bismuth-molydenuM catal~ysts'jused in a number of oxidative processes (oxidation of propylene
to acrolein, oxidative dehydr4genationfhf butylenes to bivinyl,~bxidative ammonolysis of propy-
/X_ -
lene to acrylonitrile).' -ray analy-sig established the__sTFu-cM&e of the samples as (Di203)x
(MO03)y. Their electrical resistance was measured at 29OL-600C (range in which
the catalytic properties are best manifested) with an E6-3 tube teraohmmeter. Particular
emphasis was placed on the determination of the activation energy of conduction (i. e., on the
determination of the forbidden gap width E . The Bi903-MOO3 catalysts were found to have
n-type conductivity. It was established tha the activa tion energy of the oxidation of propylene
to acrolein (and oxidative ammonolysis of propylene to acrylonitrile) and the activation energy
of the electrical conduction of bismuth molybdates are approximately equal. The forbidden gap
width of the Bi203-MOO3 system changes only slightly with changing composition and is equal
Card 1 /2

-66
ACC NR, AP6005112
to an average of 0. 96 cV. The authors are deeply grateful to K. Mekhtiv v, who performed
x-ray structural analysis of the samples. Orig. art. has: 2 figures.
SUB CODE: 07-,CJSUBM DATE: 12Nov64 / ORIG REF: 003
2/2 --ZC

NAGIYFV, M.F.; SIINULINA, L.V.
Predetermination of the validity- of designs of recircling systemd.
Azerb.khim..zhur. no.4:13-19 163. - (MIU 17: 2)

SHTIURKOY Li., inzh~ M~JRKIN; N.P., inzh.
Modernization of the 5Teza-'! planer. Mashinostroenie no.621,~--16
N-D 164 (MIRA 18sZ)

:rntca.
y, em, nt v n
':?7
A. ak. Y,154- 16/s. 3 Cll.-~rt.;
ssr. i~osk. Cli,,'.---na Lenian
'-vo V,1.,ssh. ubrnnt~v-ni,a o
z~ P, Kotlcstrocniyn). 4nr'
.'e 1 P, otov-,~
62 1 . 77
30 1, 1.955

UVAROV, Vladimir Vasillyavich; SHUMOV, Mikhail Tefimovich; LLPITSKATA, Teva
Markovna; SUROVTSXVA, Tevgei~,'a'Dm tr,6;W -r
y y IIDITSKIT, V.F.,
kandidat tekhnichaskikh nauk, reteenzent; AROUOVICH, H.S., kandidat
tekhnicheakikh nauk. redaktor; MODEP, B.I., takhnicheekly redaktor
[The production of the principal boiler elements] Proizvodstvo
o9novnykh elementov kotloagregatov. Moskva, Gos. nauchno-takhn.
izd-vo mashinostroit. lit-27, 1956. 315 P. (HI-RA 9:7)
(Boilers)

T! TI 'I,'
Shnurkova, K. P.
and 1-ont-ol of tli-- ,Drocoss in "he school."
Ed-iication l,':oscow Cb. ow, 1956.
last Pedap~-ical Inst. Mosc
'Dissortal%ion for tho Do,rive of' 'andidqte in Pedarorical Science)
So ',,,,--;zhna-,-a letopis ,To. 2f~2 1956

SHNURMAN.. B. i.
Case of otogenic sensis with meningeal phenomena in the
absence of otorrhea. Zhur. ush. nos. i gorl. bol. 23 no.6:
80 N-D 163. (IRIRA 17: 5)
1. Iz otorinolaringologicheskogo otdeleniya (zaveduyushchiy - V.K.
Konstantinovich) I-y Kremenchugskoy gorodskay bollnitsy.

D,31 :j
ucheb.
rl
17 10

ITENBERG, S.S. ; SHBURMAN, G.A.
Working up data of lateral logging in low-resistance strata
of central Ciscaucasia'. Razved.i prom.geofiz. no.29:73-77
159. (MIRA 13:1)
(Russia, Southern--Oil well logging. Electric)

IVI
PHASE I BOOK EXPLOITAT--ON SCY-7/5592
Vse3oyuzno7e soveshchaniye po vnedreniyu radioaI(t_'vnykh izotopov i
yadernykh iziucheniy v narodnom k4czyaystv a SSSR. Riga, 196o.
Rad1Ga%t1vnyye i:;.-.)topy i yadernyye izlucheniya v narodnom,
hhozyayazve SSSR; trudy Vsesoyuznogo sovezhchaniya 12 - 16
aprelya 196o S. g. Rii.-a, v 4 tomakh. 11. 4: ' Poiski, razvedRa
1 razrabotlca polezny.Th Iskopayemykh (Radioactive I.sotopes and
Nuclear Radiaticn in the Nlational Economy of the USSR;
3actions on the Symposium Held in Riga, April 12 - 16, !960oin
4 volu-.:,,~_z. v. 4: llro.3pectinS, Surveying, and Zlliniu of min-'
eral De;~o:;J_ts.) Moaaowr, Gostoptelchizdat, 1961. 28 P. 3,640
copica printed.
Spon2oring Agency: Gosudar3tvennyy nauctino-tel,]-,nicheakly-komitet
Soveta 'Kinistrov SSSR. Gosudarstve ",yy komitet Soveta'PLIni2trov
SSSR po lspollzovanlyu atomnoy energli
-Eds. (Title page): N. A. Petrov, L. I. Petrenko, and P. S. Savlt5kty;
ed. of this vclumme: M. A. Speranskly; Scientific ed., M. A.
Speranskiy; Executive Eds.: N. N. Kuzlmina and A. G. lonell;
Card 1/11

Radioactive Jso.te,pes and lNuclear (cont. SOV/5592
Tech. Ed.: A. S. Folo.~-ina.
PURP03--- : Tne bcok 1.i ln!,ended "or englneero and -Qf-hnIc.Lans
dealing aith the problems involved in 'the applicaticn of
radioactive 1.,Otopes and nuclear radiation.
COVFrA(iT--*: ThI3 collection of 39 articlc-o is Vol. 4 of tl-.2
o- t`!e All-Un-lon Conference of the introduct.11-nn of Hadin-
actlv-a lootopc-.-~ and lNuclear Reacticns in t~~c Nat.--nal
of th,~ USSR. The Conference viaz called b-,r '.h~ --r,-uiar~tv~nmyy
nauc"nic-teldmic-heskiy komitet Sovet Ministi-ovSSSP. i -Itate
Cormltree of the Coun,~!A o' ---f
th,~~ LIS3RI, Acadomy of Go~plan SZ-7i~ '-Statp Plann -Jn~;
Con:rnittee of t-h~a Gounsi-I of '-Iin'.-ters of th-~,
r;,ry komiuet Sc vota I-Iinitltrov SSSR no avtc-ma~.iza- ~il ma--n-'no -
stroyeniyu (S-ate Cournittee of the Council of 1,71nisters of the
USSR for Auto-.ation and Is',achine BuIldIng), and the Ccuncil of
-,nia~vrs of the Latvian SSR. The reperts rummarized In thia
publication'deal with the advantages, prospects, and
Card 2/11

Radloact;J-vu iootopea and M~clear (Cont. SOV/5592
of radloactive, methods used In proopect-Ing, -sur-
and m-InInr, n-7 Ore.!. Individual report., pre;.,c-rjt t- h
of the latuot oc-lentIfIc resuarch on the developmcrit
and Ir-,Drovun~~-nt of the theory, methodology,, and technolooj of
Application of radioactive method2
rad'ozetrlc Ini,eotIgation3.
In -,.h,2 field of cn~;-Inearing geology, hydrology, and the c,~n-
trol of ore enrichnent proca3zea is analyzed. No p:!rnonalltlcj~
art, P.---ntiorxL Tmere are no references.
TA-ELE OF CONTENTS:
Al(Ar3t~yev, F. A. Prezent State and Nturo Prospeatz of Applying
t',::: '%',~thcd-3 of Nuclear Geophyzica in Prospecting, Surveying, and
7
of' 7-linera13 5
Eula3hevich, Yu. P., G. Vcskoboynikov, and L. V. Yeuzyukin.
Neutron and Ga=ma-Ray Logging at Ore and Coal Depo2itB -.9
Gordeyev, I., A. A. .,'ukher,and D. M. Srebrcdollav~ly. The
Card 3/11

and lluclear 'Cont. SOV/5592
-o v. lcr thc. Tnterprotat'orl of tte Cc' n -
:;p~L.,ctra in Analyzing the Actlvatol Sa!::;A,,q cz P r) c 1 2
I'LL b'o v 2. c hA. L., and Y-a. i. Laytsev. Plant of' the
P, 7.- b 1 - 7'
fcr the Analy~~-'~ of the
Commlwc-zition of Roclk3 l8c)
Yalcuoovlch, A. L., and V. Yu. Zaleskly. Roe n t. r
and Ecjuipm.~--nt for Accelerated Analy3ls cf the Clhr~milzal
of a Subztance
Nar'butt, K. I., R. L. Barinakiy, and I. S. Smirnova. Acpli-
V
cation of Nuclear iadiation in RoentScnoapectral Analy~:13
Abramyan, S. L., S. 1-1. Aksellrcd, and L. A. Futkaradzc. Ar~,li-
cat!6n of Radioactive Isotopes and Nuclear Radiation for the
-nvca-..lCatlon of Boreholes in Azerbaydzhan
Shnurman, 0. A. ---xDerience '41th Radiometric Investigaticn:3
Card 8/11

li.-d~ioaczive izoto-,ez and Nuclear (Cont. SOV/5592
an"i 72otcpes --.-o- the E.,7)loration of Oil-Bearini~ Rez;ions in the
-1y Kray I C
C' Sli (Cnechen_Tn6-u3h' ASSi and Stavropollsil. 2
Shapiro, D. A. ApplicatIcn of Radioactive Radiation and izotope3
for the Exrloration of Oil Wells in Tatarlya 219
Blanle,ov, Ye. B., and T. N. Blankova. Use of the Nathod, of In-
duccd Actlvil;y for Controlling the Flooding of Oil Fields In
'- ar a r I Y a 228
Dvorl,'In, 1. L., B. Orlinskiy, and A. N. Plokhotnikov. T.'2e
of tile Ano:-.alotm Neutron Parameters of Chlorine Nuclei to Con-
~:rGl the Flooding of Oil Fields 237
~_abinctf.. A. Ye., and S. T. Zvo.11skiy. Results of 7T,i-,Z the
cf Scattered Neutrons and Gamma Radiation In Studying
:.`cisture and Density 246
Solzolov, 1. '--*u.,V. A. Polyakov, and V. V. Lushnilccv. Appli-
cat!Gn of Radioac-,ive indicators in Studying the Concentration
Card 9/11

ITFNBI~Rffj, 3.3.~ YZF1F-Mt"%)V, Yu.G.; DAKWIMGOIT, T.D.; SHNURMAN, G.A.
the porosity, of Lowe r-Cre Vice c u5 5an6l arEgillaceous rock!
- - the
,,, , Kuma PIRin according to self-potential data. Izv, vys. ucheb.
zav.; noft' i gaz. 8 no,50-7 165. (MlRA 18:7)
1, Groznen.-,kiy neftyqnoy institut.

S/155/59/000/02/018/036
AUTHORSt Belyayev, A.V., Shnurov, Z.Y e. A
TITLE: Some Results of Fafl-Rd-e -Testi4f Constructions of Aluminum Alloys
PERIODICALt Nauchnyye doklady vysshey shkoly. Fiziko-matematicheskiye nauki,
1959, No. 2, pp. 95-106
TEXT: The authors describe the results of fatigue tests of profiles made of
aluminum alloys carried out in the Laboratory of Construction Tests of the
Moscow University in the years 12.57-1958. There were investigated perforated
profiles (such as airfoil wingsy&nder bending with variable sign (Vi ration-1~9
test) and under simultaneous static stretching. In order to reduce the
duration of investigations, an approximation method possessing several
systematic errors was applied, such that the results are essentially only
qualitative. A diminution of the fatigue strength was stated under increasing
profile height, and large influence of the static stress on the fatigue limit.
There are 3 references t 2 Soviet and 1 American.
ASSOCIATIONi koskovskiy gosudarstvennyy universitet imeni M.V. Lomonosova
(Moscow State University imeni M.V. Lomonosov)
SUBMITTED: April 29, 1959 0
Card 1/1

SHNYAGIN, N., inzh.
Operation of a ship radar set. Rech.transp. 19 no-7:
49-50 JI 160. (MIRA 13:8)
1. Xachallnik Salakhardskogo tekhnichaskogo uchastka.
(Radar in navigation)

SMAGIN, R.
Prospects for the expansion of dredging operations of waterways in
the northern part of the Ob VaI26y. Rdch.transp. 20 no-4:39-40
Ap 161. (MIRA 14:5)
1. Nachallnik Salekhardskogo tekhnichaskogo uchastka puti.
(0b Valley~-Inland navigation) (Dredging)

SHITY~,tI ' . tt. p. ~:,,
;,,. -~L rirasitir, radar reflectors. Rech. transp. 21 no,8:37
Ag 16,~. (IMIRk 18 -.9)

. ,-; - . - - , _- , . . . I '- ~
- I . . Z- 1~1

SHIFfAGIN) if.
Extending the navigation period In the Obt and Taz Bays. Rech.
transp. 24 no-4:44-45 165. (MIRA 18: 5)
1. Nachallnik S-alekliardskogo uchastka puti.

SHNYAGINA, G.I.
Changes in the zooplankton of the Posol'sk shoal and adjacent
shallows of Lake Baikal in May-August of 1960 and 1961. Trudy
Gidrobiol. ob-va 13:56-62 163. (MIRA 16:11)
1. Baykallskaya biologicheskaya stantsiya
instituta pri Irkutskom universitete imeni
Listvenichnoye.
Biologo-geograficheskogo
A.A. Zhdanova; pos.
J

Ar "k
~.mj.),Ind.xes -of the.protelu mombAsm and the func-
tio..l ate of liver In patients suffellng from cerebral
P
/!~~ - sova, F. D.- Koidubskayu. V. A.
tumors. L S. Cherka
Kukusliklua, and R. 1. Sllljyak~ -(I list. Physiol., Acud.
Sci. White Russian S.S.R.,-. Musk). Isrest, Akad. Nalsk
Beloruss. S.S.R. 1955, No. 3, 127-36(in Rus-sian),-Data
are presented for the anits-of total protein, albuinin,'glob-
ulin, fibrinogen, and the protein index; the activities of the
protcolytic nod aminolytic enzyme; and the mut. or amino
acid N i(mg. %) polypeptide and urea N, fractions of the -
blood in 21 patients suffering from cerebral tumors. Non-
protein N iricreases during the Wnew, the increase being due
to the accumulation of polypeptides, since the -amt�. of free
amino acids and urea remain nearly unchanged. The
normal proportion of albumin to globulin is disturbed and the
enzyme activities lowered; the detoxicating capacity of the
liver (Quick-Pytel method) is also greatly decreased as a rea-
sult of the illness.

h134o
6/02CD162 i ";6/V)J/0'. "1/1,319
_111 4411-ill 5
-.';!'or- of prot,~4n~~ il-, cortex of ~Uhe corebrz:l
I ~,cn (I oric o7: i 4v s func t ioz,..--; I cond it -Jon
L1, no. 7, 196-- 0
Tau:. v 14 734-73'
J
.2 41.2 `n -yn i-1, it i:. certjL~r,- cor tte_-. -.,;a j otud 4,
,d by 14i11
iin-
Amiriistri:,tion of' mnethionine
lnjp-(.* io:,.I
U o' benzedrine, separation o; the
L C '_"I: L; t-n cn --i procipitation protein by boiling- at pH
the ~ U
Iro- 4
UL
I '.ds i -ssolved in 0.0-,'.,
r o t e i c o,.; '11 6 -quantita-4vely -and rl-d:o~otric-,11y.
_cc. -,it, the e,ua"
in -.a_ misorption U 101'.
To
j-1- ind e i 1,.
: - ~ec j f i cci v i was establislied for the
I
M i h t i
j/min)
1: 1 v e c i f i c v _J iu y .Coizparisor. o~ the protein and protein-free
I

S/'C)2'-' /c 2/1 4 '_ 100511019/,-) 1
/ " L '+
of "r3~0:.n3 :_r ":-- cortex ... Bi 44/3! a6
4
lract,.Lo~.,~ 01" 6.._~Oidn.~ .-.hct'~er tao chanr~e in ta- inco-rjoration
60 raUC- Oj 0 i'. 11,
1L 2 1 "Totein syni~lesis
"0' -o-sib exc - luded
G- c o ul dIs e
2c~diov;ctivity Of protein and prote-L.-i-free
Iractions ,~i a sn o t
Z3 C After L;-~t~nsive cxc-`;aL-o.-. of the 0"', t~.e
d iii e2,~n-~
Y - I . U
TI_ b .ftor noderato excita ion, t,:e TI-.i -,,ias no'
Tn a fur`
increased. u!ier sories of exporiiienis Lhe
o t oi~ 4
Co::jplete ex`~au.-.tion, causing -the rats to
sl,~cj fc.-o Liin; u-,,ey recovered, -U'.,-,ey sho-.ved the usual defense
c t 1' 0 e n c ra s ed t I i e T 1 R by 48-,. The author claims that tlils
i S t 0 f -1. 1.~: t 1, 1 :,~.e -i:,.u 11 on o f p ro Q e i n syn t Ii e s i ~~ in '6 ii e c or tu e x i nd u c e d
,y s-ort -3--eep. 7-her,3 i,; 1 table.
b
T
U-
VJ telcs':iy -osudarstvennyy med it sill S?,iy irstitu~ (Vitcbok
O~ata -edical institute)
..Vril !3, 196~, by V. N. Chernigovskiy, Ac~,demici&n
2 1 , 15,62
Caru-, 2/;~

SHNYAKIN, Aj., inzh.; rERMOIAY-EV, V.N., inzh.
Technology of,blast furnace gas purification and the design
of scrubbers. Stall 23 no.2:176-178 F 163. (MIRA 16:2)
1. Magnitogorakiy metallurgicheskiy kombinat.
(Gases-Purification)
(Scrubber (Chemical technology))

L 4177-66 tWT(*)/EWP(&)/EWP(L)/ZWA(d)/LVP(v)/f/W(t)/KWP(k)/Ep(z)/EWP(b)/Ewk 031
ACC NRt AP502hho (CL)/
Qa*ljow" SOURCE CODEt LIR/0286/65/000/PI5/0083/0083
. V. sk" r'flrl ~Zq'
1INVEMR: EBtulin-, ON.". Zimina, L:ow-r' Koeheleval 0.0 F.; Topilin, V~.'V.; Boyarinova~ h
j AA an, A. A. F"I~Zuv' D. ~;. "Vgu~uvaiuj~' O~ r. i
qp, r r-
Kh
none -
U
TYT Wrought, Rheat-residtant, nickel-bas~- No--.- 1-7-3-41-8-1 -announced by
Central Scientific Research Institute or Ferrous Metallurgy ~Lm. BardidiTsentralInyy
namohno-issladoYatal'skiy insfitut chernoy Metallurgii); z-d "Elekt_r_09~11" lm. I. Y.
8OURM ByuUeten' izobreteniy i tovarnykh znakov, no. 15, 1965, 83
TOPIC TAGSt &)lay. nickel alloy, qhromiumZontaining alloy, ~~denu~d"Icontaining
,Vntaining alloy, titaniAw containing alloyo- ILI=Anum VntaiDing alloy
alloy , twumtan
QarhML_r,0~taiaing alloy, teryllium containigg alloy, ceri containing Alloy
-7
ABSTRACT: This Author Certificate introduces a vrought, he t-Wistant, nickel-base
alloy vith imppwed mechanical properties and veldability. ?'A. aucy contains IT to
20% chraaium, B-12% molybdenum, G-6% tungsten, 2-3% titaniumt_1-2% aluminum,
0.1% mnx Carbo d% 6% mat iron, 0.01% max sulfurs, 0.015 max phospbb rust 0.i5%,xisx man-!--
- '.1. j it (AZI
geneses 0-.6% max silicon# 0.01% -max boron and 0.02% max cerluni,'
BUB. COM MW. MM D=z O5Yeb6h/ ORIG RV: 000/ OTH Mt 000/ ATD: RMry/~
C.,d

ACCESSION NR: AP4020103 S/0125/64/000/003/0044/0049
AUTHOR: Nazarenko, 0. X. (Candidate of technical sciences). Povad, A. 0.
(Engineer); Shnyakin, N. S. (Engineer, Moscow); Artamonov. N. N. (Engineer,
Moscow); Panov, Yu. P. (Engineer, Moscow); Kedn-jan, A. B. (Engineer,. Moscow)
TITLE: Equipment and techniques of electron-beam welding of large pieces
SOURCE: Avtomaticheskaya avarka, no. 3, 1964, 44-49
TOPIC TAGS: electron beam welding,* welding, electron beam welding
equipment, electron beam welding method, U86. - electron beam welder, dagger
shaped fusion
ABSTRACT: An experimental outfit for electron-beam (circular) welding of
large -size pieces is described which can be mounted on a "telescopic" carriage
with a headstock and tailstock and introduced into a cylindrical (4-m length, 2-m
diameter) vacuum chamber. 20-mm-thick stainless steel was used for building
Card 11Z

ACCESSION MR: AP4020103
the chamber. A d-c motor mounted on the carriage ensures an adjustable welding
rate within 5-100 m/hr. A VN-6 fore-vacuum pump, an N-20T oil-vapor fine-
vacuum pump, and a BN-3 oil-vapor booster puEn
wip a combined output of T-
10,000 lit/sec, exhaust the chamber down to 10 -10 torr. Three electron i
guns are used with these parameters: accelerating voltage, 10-25 kv; test
voltage, 50 kv; beam current, 0-500 ma; specific energy in the focal beam spot
with optimum lens distance, 5 -10 kw /mm"". Some details of welding procedures
are given. "A. M. Svyat*skiy was the leading designer. Engineers A. A.
Mikhaylovskiy, V. I. Khoroshilov, A. L. Loginov, and V. F. 121arionov took part :'P
in designing the outfit. V. M. Shiyan was the leading designer of the electron
gun- 11 Orig. art. has: 5 figures and 1 table.
ASSOCIATION: Institut clektroavarki ime Ye. 0. Patona AN UkrSSR (Institute
of Electric Welding, AN UkrSSR)
SUBIvnTTED: Zinec63 -DATE ACQ: - 3lM&r64 ENCL: 00
SUB CODE- NO RET SOV: 000 OTHER: 000
Card 2/2

7- . --.- -- -_' * ~-, ~ ~ f- ~ -- - I -", n * ~-? , :- " -, -I- --.n "
. . - . - - - . - - -- 7 , a~:, - ~ f al ~-' I. :.":' ","- : T,.- !
-7~11' I- 'I--,,, .! 77- 1 -1 ",,- - -, -!. - . - - ta---*--
- - . I -,
- - . . .9 - . - . - - 5 .- . . .
- -,_' ?:- - Ir,7

GRIBKOVY Yv.P.; Z'IARIKOV, A.I.; SHMIN, L.P.
br.ili for machining deep holes in aluminum alloys. Stan. i instr.
1
36 no.9:36-37 9 165. MIRA 18:10)

FANSTVICil-KCT Y , V . I , 1 'SH NYT , I . A.
Ethers wi.-rh the allyl, POSItion of a double bcnd. Part 17, Ethers
of 2,1,-dirne*,Ii.vl-2,6-hep-.-adieri--4---,]. nur. org, khIm. 1 noj.-57-59
ja 165. (MA 18 S 5)
1. Belorusskiy politekhniclieskiy inatitut.

L 32961-66__ EWI(m)/EWP(e)~ ~VPt YETI IJP(C) Q/JG/1JH
ACC NR: ;~p6oi6926 J SOURCE CODt: 'UR//0072/66/000/005/0013/0015
AUTHOR: Dubrovo, S. K. (Candidate of chemical sciences) Lftnypikov, A. D. (Engineer);
Shny-pikova, L. G. T-En-gineer); Spirina, S. D. (Engineer)
:ORG: Institute of Chemistry of Silicates Imeni I. V. Grebenshchikov (Institut I
ikhirtii silikatov)
.TITLE: DG-3 glass for use in chemical laboratories where risistance to alkaline
isolutions is required
iSOURCE: Steklo i kpramika, no. 5, 1966, 13-15
:TOPIC TAGG: laboratory glassware, glass manufacturing machinery, molybdenum glass,
'~alkali, crystallization
!ABSTRACT: The authors discuss the production and properties of DG-3 glass. This glassi
lis based on the Na20-R2O-ZrO2-SiO2 system. Admixtures of lanthanum and lithium oxidesl
are used to improve founding properties. The new glasses have coefficients of linear
-7
iexpansion C120-400 which vary from 57 to 87.10 per degree. DG-3 glass is being used
ifor producing chemical laboratory glassware and tubes. The apparatus for founding
DG-3 glass is described. The density of this glass is 2.711 and the ther
,pp; stability,
Y
in
iis 1480. The temperature at which it begins to soften is about 700-710 Crystal-
Ilization did not occur when the glass was heated from 500 to 12000 over a three-hour
1/2 uDC: 666-117.4

32961-66
ACC NR.
~period. Tables are given showing the relative resistance of chemical Laboratory glass
,to alkaline solutions. DG-3 glass surpasses all commercial chemical laboratory glass
in resistance to alkaline solutions, and particularly to mixtures of sodium hydroxide
land soda. DG-3 glass satisfies all GOST requirements for water resistance and acid
,resistance. This standard covers glass category XV-1, first class chemical stability.
;DG-3 forms good joints with No. 29, 23 and molybdenum glass!3'Orig. art. has:
14 figures, 2 tables.
SUB CODE: 07, 11 SUBM DATE: 00/ ORIG REF: 004/ OTH REF: 001
2

L OA19_67 EWP (01PTLT) _WH
ACC NR: 'u'0030777 SOURCE COM UR/0363/66/002/009/1652/1637
AUTHOR: Dabrovo, S. X.; Shrxypikovp A. D.
&
OM; Institute of Silicate Chemistry im.-I. 11. Grebenshch Lkovp Academy of Sciencesp_
SSSR Unstitut khimii silikatov Akademii nauk SSSR)
TITLOt Some properties of,glasses in the Na20-Ia2c~-Sio~ System
Is
SOURCE: A11 SSSR. Izvestiya. Neorganicheskiye materialyp v. 2, no. 91 1966, 165z-i657
TOPIC TAGS: silicate glass, lanthanum oxide, glass property
ABSTRACT; The purpose of the study was to identify the region of vitrification in
the Na2o-la2C~-SiO2 system and to determine the effect of lanthanum oxide on some
proparties of sodium silicate glasses. The region of vitrification was determined by
melding mix-Lures of various conmositions and observing them in the holes of a platinum
"t
foil. The content of the components was vrithin the following limits: SiO , %-92'p;
2
La2~~, 1-16%; "a20$ 5-48%. As the Ia2()3 content of the glasses rises, the temperature
of the start of softening, refractive index and density iTrarease in all cases. Intro-
duction of La203 in place of Na20 into sodium silicata glasses causes their coeffi-.-_
cient of thermal expansion to decrease. A partial replacenent of 5102 by L&2C~ in
low-alkali glasses kup to 20% N&20) causes an increase in the expansion coefficient.
The latter decreases upon introduction of La2C~ in place of SiO2 in glasses containing
Card 1/2 UDCs 666

1~ -I -,j-~!hastiYe: 1ANHEYK0, V.I.;
S.K.- SHITYPI ,. ~-- .;
DUBROVO, t ~ , .. Kql~ -
RYZHOVA, L.d.
1e in alkaline solutions for chemical laborato'-"Y
Glasses stab -
articles. Zhur. urikl. khim. 36 io.8.-1633-16-17 Ag 163.
(MIRA 16:111)

L 32961-66 EW IJP(c JQZJG/
T (m)/EWP (e )aV1 P (t)/ET I AH
ACC NR: u6o16926 (N) SOURCE CODE: UR/0072/66/000/005/0013/0015
AUTHOR: Dubrovo, S. K. (Candidate of chemical sciences)k,~hnyptkov, A. D. (Engineer);~
Shnypikova, L. G. (Engineer); Spirina, S. D. (Engineer)
'ORG: Institute of Chemistry of Silicates Imeni I. V. Grebenshchikov (Institut
ikhimii silikatov)
!,TITLE. DG-31glass for use in chemical laboratories where r6sistance to alkaline'
,solutions is required
I
!SOURCE: Steklo i keramika, no. 5, 1966, 13-15
!TOPIC TAGS: laboratory glassware, glass manufacturing machinery, molybdenum glass,
crystallization
1ABSTRACT: The authors discuss the production and properties of DG-3 glass. This glas
I
!is based on the Na20-R20-ZrO2-SiO2 system. Admixtures of lanthanum. and lithium oxides
I
iare used to improve founding properties. The new glasses have coefficients of linear
lexpansion a20_400 which vary from 5T to 8T-10-7 per degree. DG-3 glass is being used
Ifor producing chemical laboratory glassware and tubes. The apparatus for founding
DG-3 glass is described. The density of this glass is 2.71.1 and the the 4y,
~~TA _P'ta~ i/1
10 . Crystal-
,is 1480. The temperature at which it begins to soften is about 700-7
;lization did not occur -when the glass was heated from 500 to 12001 over a three-hour
uDC: 666-117.4

329bi-ob
A-C-CN--R-------6 --6
AP 01692
per-iod. Tables are given showing the relative resistance of chemical laboratory glass
~to alkaline solutions. DG-3 glass surpasses all commercial chemical laboratorl glass
lin resistance to alkaline solutions, and particularly to mixtures of sodium hydroxide
,and soda. DG-3 glass satisfies all GOST requirements for water resistance and acid
Iresistance. This standard covers glass category XV-1, first class chemical stability.
IDG-3 forms good joints with No. 29, 23 and molybdenum glass!s-Orig. art. has:
14 figures, 2 tables,
SUB CODE: 07, 11 SUBM DATE: 00/ ORIG REF: 004/ OTH REF: 001
Card 22/2

t,ov

SEMYRIPMOVA, O.V.(Koskva)
Adrenal malanoblastoma with matastases. Arkh. pat. IS no.1:111-113
156. (HLRA 9:6)
1.1z patologounatomicheskogo otdelaniya (nachallnik R.D. Shtern)
Glavnogo voyennogo gospitalya imeni U.N. Burdanko.
(ADR7RIAL GLAND, neoplasms,
melanoblastoma with matastases (Rus))
(MMANOMA
ad-renal gland, with matustaBes (Rue))

AIZKSBYAV, G.K.; SMTYRFINKOVA, O.V. (Xoskva)
Problem of aneurysms of the splenic artery. Arkh.pat. 18 no.8:
89-92 '56. (XIRA 10:2)
1. Iz Glavnogo voyeanogo gospitalya imeni akad. N.IUJurdenko.
(SPLEEN, blood supply,
splenic artery aneurysm. case report (Rus))

25256 S/177/60/000/007/011/011
2 U, D264/D304
4JTHORS: Gal'chikov, V.I., Lieutenant Colonel, Slizkiy, I.S.,
Colonel, Tuzikov, AN. . LieutonanL 'Colonel, Bclya-
yeva, L-1. and Shnyrenkova, O.V., Lieutenant Colo-
nel (all 11edica1_-C`�rps ~
TITLE: The 11ta3,.e1' of foreign bodies in radiation sickness
PERIODIC.~~L: Voyenno-nieditsinskiy zhurnal, no. 7, 1960, 60-65
TEXT: The aim of the study was to determine the effects of radia-
tion sickness un the "take" of foreign bodies (shrapnel, bullets)
in the tissues. The combined action of the radiation factor and
foreign body injuries was observed in rabbits, All rabbits were
treated with antibiotics (penicillin) for 3 days after injury. The
tests were -xranged in the following series: 1) sterile and 2)
staphylococcus-infected forei n b d3fes introduced into non-irradia-
ted animals; 3) sterile and 41~ inf(ected foreign bodies into gener-
ally irradiated animals (1 000 r); 5) sterile foreign bodies into
animals irradiated with Au198; 6) gunshot wounding of rabbits gen-
Card 1/ 2

25256 S/177/60/000/007/011/011
The "talce" of foreign bodies... D264/D304
erally irradiated with 500-1,000 r. The results showed that the
foreign bodies and resultant tissue lesions had no appreciable eff-
ect on the course of radiation sickness, e.-.-cept for cases where the
tissue was considerably destroyed or with purulent necrotic compli-
cation of the wound process. 'Mild and medium radiatioii sickness
from areneral irradiation did not inhibit incapsulation of the for-
C:)
eign bodies, whereas severe radiation sickness inhibited it areatly.
RadiatiOICL sickness from radioactive substances introduced directly
into the tissues and organs inhibited the plastic process. Peni-
cillin reduced the number of postvulneral complications, but strep-
tomycin and other antibiotics could n1so be used instead. The au-
thors conclude that surgical treatment for deep-lying foreign bodies,
not removed during primary surgery, in persons affected by ionizing
radiation should be governed simply by the clinical symptoms of
vulneration. S.S. Sokolov, N.I. Blinov, V.G. Vay-Lishtey-Li, A.S. Rov-
nov, B.M. Khromov, A.D. Yarushevich and I..,i. Meshcheryakov are lis-
ted as Soviet scientists who have studied combinations of radiation
sickness with traumatic injuries.
SUBMITTED: April, 1959
Card 2/2

ALEKSEYKV, G. K.; SMYREUKOVA, 0. V. (Moskva)
Multiple intracardiac hemorrhages during anticoagulant therapy.
Klin. med. 40 no.7:121-124 Jl 162. (MIRA 15:7)
(VITICOAGULANTIS(MEDICI-NE)) (HEART-INFARCTION)
(HEMORRHAGE)

ALEKSEYEV, d.K.; KIRIIJOV, V.A.; SIMMKOVA, O.V.
Clinical aspects and pathology of primary rheumatic fever in
elderly patients. Top.revm. 2.no-3-.77-81 Jl-S 162. (MIRA 16:2)
1. Iz Glavnogo voyannogo gospitalya. imeni akad N.N. Ih,rdenko
(nach. L.I. Lyalin).
(RHMATIC FEVER) (AGED.-DISEASES)

SIII(TV!, P.1l.; S!TYll."TFOVA, O.V. (Mookva)
ChanLyas in the leukocyte in radia-tion Eiiclaiess in
animals. Pat. fiziol. I eksn. terap. 6 no.3:65-6-7
1. Iz Gia-mogo voymmogo gospitalya imeni akad,3milca II.N.
FAir,16nko.

ACCESS1014 NR: AR4044003 s/Oo58/64/OO0/OO6/E04q/E049
SOURCE: Ref. zh. Fizika, Abs. 6E367
AUTHOR: Murashov, N. I.; Shny*rev, G. D.
TITLE: An infrared television microscope to determine structural flaws in
semiconductor crystals
CITED SOURCE: Sb. Metod fotoelektr. infrakrasn. polyariskopii i defektoskopii
poluprovodnik. materialov. M., 1962, 40-43
TOPIC TAGS: structural flaw, semiconductor crystal, IR TV microscope, video
amplifier, TV microscope
TRAUS&ATION- There is created a prototype infrared TV microscope using an
industrial television installation PTU-OM. There have been developed video-ampli-
fier units to assure a high amplification factor with low noise level. An LI-405
videcon serves as the transmission tube. Using this installation it was possible
to observe the distribution of birefringence, dislocations embellished with
Card 1/2

AccEssioN NR: a4o44oo
impurities, and other heterogeneities in Si and Ge crystals.
SUB CODE: EC, SS ENCL: 00
Card 2-12

ACCESSION MR: AT4045157
ditional devices make :it possible,*to--observe crystattivititon. pmcess
under a microscope and record them'wi th- astill or movie came rae
details of the chamber are shown in Fig. I 'of the Enclosure* 1-The
chamber is constructed of plastic in tho form -of, 4 c~tinder I- wim
hollow walls. Temperature conditi6ats-within. it.:are created-by-a. the
mostatic coolant (usually*-al-c-ohol) which- passes .--through the cooling
jacket 2 of the chamber. A decreasa id the has. ttug-'of the chamber .7--
bZ
the surrounding - air- is - accomplished by the use: of - a thi ck-wwatld-&- his
Insulating lining-3. The-entire-chamber-fits,-tightly-into a metal
housing cylinder-4 which-is attached to a rider 5. -The axis of the
cylindrical chamber has a, horizontal :position and coincides with the
direction of movement- of the- rider along. ..the. optical-b.ench 6., The
front wall of the chambevis-a lid.which:la hield tl*ghtly- .(by rubber
gaskets and screws) to the- butt- end--of the- chAmber- Thd- inner- cavity
in the lid is connected:to the-doollngl- $leave.- of -- the xet t a f the
chamber by two- symmetrLcatly"pl&4~ad-:fLttLng's~ 7c`eusuring-~Coolfng by-;:-_~-,
g out-_,the- Inn,
the circulating thermostatic-liquid-,throu h er.- chamber
the centra'.I,uninsulated-part-of--the-ILd-theirs-I -a-so opening-8 for
-taking-place-in the chamber,
microscopic observation-of the-processes
A similar-opening-9-for-passage-of-light-from- the- light, source Vs,p 8~
Card 2/5

ACCESSION MR: AT4045157
ant in thd- rear.: wall- of- the-, c-hamber. The sing-10 in the -cytino:.-
drical wall is -for-lateral it -lumination -of ~ objects* The cylindric- at
wall also has- three-openinigs for-introduction-of a crystal It and
certain devices -for making micromanipulatIons"o- The crystal holder
is-a thick-walled capillary about 106'min in diameter;-: it" -glas's tila-~_.
m:nt can be passed-thr*ug4,-iti,_-_0bjects for investigation are ~attachs
t the and of the-latter,. The cap tit ary, fit B.' diws ty~ -jLw,-,the brass
plug 12 which sits-4n- the bushing. 13'e,- .,There are'. wo~_opeulngs, X4 in
the lid of the chamber for- introducing an agLtator-9 -heat sensors
operatlonis~ !The optical- system, -shown-
devices used In perfoxming
a photograph, has a colllnstor~'15 mounted,-Ln--a bu*hIt%g,,9;*In front'.0
this lens there Ls-a.glass;f1lter:I6'.&nd behind 1t-#- A polarization
6 _18-11ts In. a bushing - in
light filter 17. The microscope obj6ctl4
the front wlndow4 Tam erature~aeaeurftueut-,at different poiuts'lw-tlia~:
chamber reveals that - when- cool lull ~ Isr'by- a- thermostAtI*c Jlqui& wLth.'a"
0
temperature t -ASC-, the.-'Ciiiadbet-walls- acquire.~&-tempsrature'_ f
-14,5C, r, temperature -In -the,: center--*E'- thi,
chamber also drops- quickly' but only. reaches :Results bf
vestLgatLona-with-thin-chamber-have-been-d c ibeid7earlier by.
N. V. Gliki- i-t &I. (DAN-9 6n 777
19
Card

I IGNISIN

i j

77,
C
ar

ACCESSION NR: AP4039406 S/0070/64/0(6/003/0421/0423
AUTHORS: Grechushnikov, B. N.; Shny*revp G. D.; Petrovp I. F.
TITLE: An achromatic half-wave plate
SOURCE: Kristallografiya, v. 9, no. 3, 1964, 421-423
TOPIC TAGSt half wave plates achromatic plates polarized luminescence
ABSTRACT: Half-weve plates are generally used to rotate plane polarized light
0
through 90 , but existing plates of this type are strictly half-wave plates for only
a single definite wavelength and can be used only in that restricted part of the
spectrum. The authors point out that it is possible to computef as Was done by S.
Pancharatnam for a quarter-wave plate (Proc. Indian Acad. Sci-P 41A, 4, 137-144,
1955), an "achromatic" half-4rave plate with a phase difference of 1800 for three
different wavelengths. The authors made the computation, using elliptical waves
and a Poincare sphere. The achromatic plate is designed in the form of three half-
wave plates arranged at definite angles to each other. The angles between the
principal directions of the plates are so chosen that the aggregate gives a phase
odifference of 1800 for the three given wavelengths. As an example, the authors
1consider the wavelengths 425l 520p and 670. t-, compute the angle at which they must
Mt
~Qrd 1/2

ACCESSION NR: A.P4039406
'be joined (200), and find that the resulting plate will rotat6'the plane of polari-~-'.
.zation 900 for practically the entire range of wavelengths. The transmission of
:this plate for intermediate wavelengths (with polarizing prisms oroe'eed)l as
loomputations show, will differ from complete transmission by only a few percent.
~Orig. art. has: I figure and 4 fox=laa.
ASSOCIATIONt Institut kristallografii AN SSSR (Lastitute of CkystdLllograpby AN
SSSR)
SUBMITTED: 150ot63 ENCL: 00
A SUB CODE: OP NO REF SOY: 000 OTHERs 001
Qrd- 2/2

~ ~ n'! - w - ~, : I
, ; - - - - - - I ; -I~w
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(. v . 18")

ACCESSION NR: AP4033139 SIO 1.20164/0001002/0 MM60
AUTHORt Faygin, L. A.; Mirenskiy~ A. Vo; 6hny*ravo Go Do
TITLE: Precession chamber for photographing reciprocal lattice
SOURCE: Pribory* i tekhnika eksperimenta, no. 2, 1964, 156-160
TOPIC TAGS: crystal structure, atomic structure, reciprocal lattice,
precession, precession chamber, x ray goniorneter
ABSTRACT: An electric motor I (see Enclosure 1), via a wormgear and shaft 2
with an arc 3, imparts a precession motion to the crystal, holder, and screen.
Slider 4 is connected by spindle 5 with buckle 6. The precession angle may be
adjusted by setting the slider. Spindle 5 can rotate in the buckle-6 bushing. to
which the x-ray-film. holder is fastened. The buckle is tilted through the
precession angle about the XX and YY axes. Test crystal 7 is placed in a gonio-
metric head at the intersection of X X and Y, Y axes. Crystal holder 8 is also
Card Card 1/3

ACCEsSro,y URI AP4033139 .
ff f
i
I
I
Card 313
I
ENCLOSLqm II
. - Kinematic
- scheme of -the PrOcession Chamber

,;;11,y bl,; V, G. D.; 111 ]-1 !,,N3rIY ) A. V. ; PEHIII)GOMV, V. I
P'rilotoelectric scecLrou-olarimeter for measuring the rotaLicr! rf
the light polarizat-Ion plane in crystals. 7xistallegra-f-lia 1C
no.2:270-272 IMr-Ap 165. (,,EU~ 18:7)
1 u -
~. Distitu' kristallografi- AN "SR.

T
04, ~2-6
ACC NR: AP6025975
SOURCE CODE: UR/0051/66/021/001/0139/0140
AUTHOR: Grechushnikov, B. N.- Petrov, I. P.; Shnyre G. D.
ORG: none
TITLE: A problem of the aperture of a Fourier spectrometer based on a polarization
interferometer
SOURCE: Optika i spektroskopiya, v. 21, no. 1, 1966, 139-140
TOPIC TAGS: Fourier spectrometer, interferometer, interference light modulator, op-
tic interference, optic measurement
ABSTRACT: The authors discuss the gain in the\1Jght output from a polarization inter-
ferometer as compared to the Michelson interfer eter. V. K. Still and A. Merts (cf.
Opt. i spektr., 20, 910, 1966) have shown that the difference between the two instru-
ments is not as significant as the authors had noted in their previous work (Opt. i.
spektr., 18, 130, 1965). It is apparent that Still and Merts' conclusion is valid
only as an approximation in which the higher order components of resolution are ne-
glected. For large aperture angles, the magnitude of such components is not suffi-
ciently small. To resolve the problem, an accurate expression for percentage modu.1a-
tion as a function of aperture angle can be generated:
UDC: 535.33:517.512.2
Caid 1/2

04752-57
ACC NR% AP6025975
X
A = i
7 (t) dt;
0
where JO(t) is a zero order Bessel function, X = a62/2n2 for no = ?ie= n. This func-
tion is plotted together with the corresponding functions for the Michelson interferv-
meter and the approximate relation
02, n2
o2 = T
2
1 - .
derived by Still and Merts. It is obvious from the plot that the modulation for the
polarization interferometer is never reduced to zero, thus the comparison of the
light output based on this criterion is not sufficiently justified. Orig. art. has:
1 figure.
SUB CODE: 20/ SUM DATE: 03Dec65/ ORIG REF: 002
Card 2/2

UMYNIN. YU.N.; Sinimv, N.V.
Autovratic control diagram for car haulage in mine surface structures.
Ugol' Ukr. 3 no.1:13-16 Ja '59. ' (14M 1?,: 1)
(Mine railroads--Cars) (Automatic control)

S! li! Y !111;11 V. k%
scho -nee in. studying the
L'ak.:-n~ use of orescr-
i-m., i L. 1., n 1r,-, eo L,,n c-3 itln o o, rn 'Frut Valley, Moldavian
nn,~.:,,;0-7-1 161- M RA V -7

OLADKIY, M.I.[deceased]; SHANIN, G.A.; IODKO, Ye.K-; MANAYENKOV,
S.D.; MIKHAYLOV, E.A.; GRIBOVA, U.N.; LUGOVSKIY, P.P.;
KULESHOV,.S.M.; SHATOV, A.I.;-SHNIREVA. N-N ; ISHKOVA,
V.M.; LYKOV, A.I-; TYULYAYEV, A.N., Dtv..zed.; SIDOROVA,
T.S., red.; SHEFER, G.I., tekhn. red.__
[Determining the economic efficiency of new machinery in the
communication system) Opredelenie ekonomicheskoi. effektivno-
sti novoi tekhniki v khoziaistve sviazi; informatsionnyi sbor-
nik. Moskva, Sviazlizdat, 1962. 174 p. (MIRA 16:3)
(Communication and traffic-Technological innovations)

VODIVAREUROO M,A,p dotsent.; SIRNYRNA, S,Vs. KR311S, G.A.
Dissolution kinetics of patassium wtrate under Conditions of
.L ~
forced convection. Uch. zap. Kish. un. 68,,:.29-33 163 [cever 164).
(MIRA 18: 12)

SHNYREVA, Ye.A.
a...... I t:,----e~~.-,~~t't.,:-,--:~,
Formalin test in brucellosis. Izv. AN Kazakh. SSR. Ser.
kraev. pat. no-5:88-91 '51- (MLRA 10r2)
(13RUCELLOSIS) (MRMALDEMS)

Sffl,'MVA, Ye.A.
Therapeutic properties of mud from Edillbay-Sor Iake. Trudy Inst.
kraev.pat. All Kazakh.SSR 1:49-54 152. (MIRA 10:2)
(WEST KAZAKHSTAN PROVINGE-RATHS, MOOR AND MUD)

USMI Medicine Antibiotic
Card 1/1 Pub. 123 12/16
Authors I Shnyreva, E. A.; Beklemyshev, N. D.; and Zenkova, N. F.
M-11- I ~--f ~Sp-
Title j Treatment of brucellosis with streptonWein
Periodical t Vest. AN Kaz- SSR 12, 82-86, Dee 1954
Abstract I The effectiveness of streptomycin in the treatment of patients suffering
from brucellosis was investiCated. Diurnal streptomycin dosages of
1.0 produced an evident and stable medicinal effect in -ibout 213 of ~he
patients treated. It was established that str-1--ptonwain. is much slower
and less relinble than biomycin and levomycetin. Some individual
brticellosis cases ~,ere seen to re-stiond much better to streptc.nycin than
to the other two antibiotics. Strento,.Vein is not recomendel as an in-
dc-pund-ont dri-,-t- for the trQ,,~tmtnt of briwellosis. A combinati-,n of any
Ok the tWo antibiotics i-s ccr:.jdc-rc;d, ucre effective.

BMMENISHEV, N.D.; SARVA, Ye.A.; OSIPOVA, G.P.; ZMOTA, N.F.
(Alma-Ata)
Comparative rating of the effectiveness of several antibiotics
in the trmatment of brucellosis. Klin.med-33 no-5:45-51 MY 155.
1. Is Inatituta krayevoypatologii Akademii nauk Kazakhakoy SSSR
(dir-kandidat maditainakikh na~~ B.A. Atchabarov)
(BMJCELIOSIS, iher,
antibiotics, comparison of off.)
(ANTIBIOTICS, ther. use
brucellosis, comparison of off.)

SHWMVA, Ye.A.
-- _.,- ~ I z,-;
kntibloties combined with vaccine for treating brucellosis. Trudy
Inst.kraev.pat. AN Kazakh.SSR 3-145-155 '56. (MIRA 10:3)
(AUTIBIOTICS) (VACCINATION) (BRUCALLOSIS)

SHNTAAVA, Ye.A.
Late results of treating brucellosis with antibiatics combined
with vaccination. Trudy Inst.kraev.pat.AN Kazakh.SSR 6:113-
118 '58. (MIRA 12:6)
(BRUCELLOSIS) (ANTIBIOTICS)

MMUSHCIEVA, N.F.; R&DWLSOU., M.M.; ZFNTKOVA, IT.F.; YASYMOVA, Kh.A.;
BOGD&ITOVSYAYA, G.K.; BUKEYXWIOVA, Sh.Kh., SHNYRBVA, Ye.A.
Index of literature an brucellosis from 1952 through 1956.
Tnidy Inst.kraev.pat.A.'J lazakh.SSR 6:146-223 '58.
(MIRA 12:6)
(BIBLIOGRAM--BRUCELOSIS)

bEKLERISHEVp N.D.; SIRIYREVA-p Ye.A,
Medical mistakes in the treatment of brucolloais with antibiotics.
Zdrav. Kazakh. 21 no. 3:11-15 161. (MIRA 14:4)
1. 1z Instituta krayevoy patologii (direktor - kandidat meditsinskikh
nauk B.A. Atchabarov) AN Kazakhakoy SSR.
(BRUCELL08IS) (ANTIBIOTIGS)

SHNY'REVA,, Ye.A.; KASYMDVA, Kh.A.
11 ycin in combination
Treatment of brucellosis patients with ler--a= L
with streptomycin and vaccine. Trudy Inst.kraev.pat.AN Kazakh
SSR 12;187-193 162. JMM 15.11)
(BRUCELLOSIS) (TERRAMYCIN)
(STREPTOWCIN) (VACCINATION)

ZENKOVA, N.F.; ~~
Characteristics of strains of Brucella obtained from patients
treated with antibiotics. Trudy Inst.kraev.pat.AN Kazakh SSR
12:194-204 162. NIRA 15:11)
(BRUCELLA) (ANTIBIOTICS)

BEKLEMISHEII, N,D.,.SHNYREVA, Ye.A.; KASATKINA, I.L~
Corticosteroids in the treatment of brucellar arachnoiditis. Trudy
Inst.kraev.pat.AN Kazakh SSR 122220-225 162. (MIRA 15:11)
(CORTICOSTEROIDS) (BRUCELILSIS) (BRAIN--DISEASES)

SHNYREVA, Ye.A.; BEKLEMISHEV, N.D.
Butadione in the treatment of brucel-losis. Trudy Inst.kraev.pat.
AN Kazakh SSR 12:226-230 162. (MA 15.1-1)
(BUTADIONE) (BRUCELLOSIS)