SCIENTIFIC ABSTRACT GORODINSKAYA, V.YA. - GORODINSKIY, G.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000516310001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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CHIRK&S, A.I.; GORODINSKATA-.--VT&.; WAY, Tuess
Pbarmacology of sulfantlamides. Vop. fiziol. no-5:100-112 153.
(KLRA 8:1)
1. Kiyevvkty maditsinakly inatitut. kafedra farmalrologii.
(SULVANILAMM,
pharnaeol.)

GORODIBSKAYA, T.Ta; YAMPOLISKAYA, M.M.
WAWMQWWKOI XMW 3-&rWA-"k4
Preparation of a now article on Infusions and decoctions, for the
pbarmacopoeta. Apt.delo 4 n0-3:43-47 My-Je 155. (MLR& 8:8)
1. 1z Teentrallnoy nauchno-tooledovateliskoy aptechnoy laborato-
ril. GAPU Ministerstva xdravookhrananiya USSR.
(PHA04ACOPONIAS.
in Russia, section on tinctures & decoctions)

GORODINSrA
V-0
Uportmental sWocardial Infeirction. fisiol.zhur. [Ukr.] 2 no.l:
53-5? Ja-F 156. (MLRA 10:1)
1* Klivalkly sedichuly institut imeai &~mdemika O.O.Bogomolitaya,
imfedra farmakologil.
(HrANT--DWAMION)

YAWOVSKAY1. M.N.; MUMLIS. I.L.; GORODINSKAYA, V.Ya.
fteparation of infusions in galenic laboratories by a modified
percolation method and the utilization of vaste alcohol. Apt.delo
5 no.?-,31--40 Xr-Ap 156. (KU 9:7)
1. Is 18antrallnoy n&uchn*-i,i1*dov&t*1'skoy aptechnoy labintoril
(direktor N.N.Bushkova) Glavnogo aptechnogo upravlaniya Kinisterstva,
adravookhranenlya USSR.
(XXTBACTS) (ITHYL ALCOHOL)

,GCMINBUYA, Mae; YAMPOLISQU, X.M.
-1--,
On the compiling of a now article on Infusions and decoctions for
the Pharmacopoeia; report no.2: Valerian infusion. Apt.delo 5 no-5:
45-48 S-0 156. (MIRA 9:11)
16 Is Wentrallnoy nauchno-isal%:,dovatel*skoy aptechnoy laboratorli
(dire N N.Bushkova) Glaynogo, aptekoupravleniya USSR.
jVAIARUNI

C, 6;'R c, oa
IV :' , ".
TATMAN, G.A., prof,.; GORODINSKATA, V.Ya., knnd.med.nauk
Use of Ion-exchange adsorbents in medicine. Wrach.delo supplement
157:96 (KIRA 11:3)
1. ALlyevskly institut usovershenstvovanlya vrachey.
klOV SACHANGS)

VAYSXAX, G.A., professor; GORODIASKATA, T.Ya.
Study of the possibility of rodue purified glycoside prepmrstlom
simllar to the now galenical@ by chronatographic and ton exchange
absorption. Apt.delo 6 no.5:42-46 300 257. (MIJU 10:11)
1. Is TBintrallnoy nouchno-tooledovatellskoy aptechnoy laboratorit
(TsNIAL) ftvnogo aptechnogo upravlenlya Kinisterstva zdravo-
okhranenlya USSR.
(ORCOSMES)

b 0 L
Country USSR v
CatcGory: Pharmacology. Toxicology. Medicinal Plants.
Abs Jour: MhBiol-, No 6, 1959, No 27860
Author : Bogach, P.G.; Gorodinalka V-Ya.
Inst : fiven Below*
Title : On the Phartiacologic Properties of an Extract of
the Flowers of Sunflowers.
Orig Pub: Fiziol. Z11.,* 1958, 4, No 1, 107-11.4
Abstroct: The action of a thin extract (1) of the rany flowers
of sunflower, prepared by the method of percolation,
vas studied in Qxperimnts with frogs, raice, rabbits
and cats. I in a done of 4 ml/kg induces the death
of 5 of 10 raice. In 1:1000 dilution, I dilates the
vessels of isolated rabbit ear and increases the
amplitude of contractions of tired frog heart. In
***TSentznl ' na na- ukovo-doslidna a7Dtechna labora toriya Golovnogo aptekoupravIinnya
Ministerstva okhpVoni zdarof Iya URSR, Naukovo-dislidniy institut f iziologii
'logo universitetu im. T.G.Shevchenim.
Fiivs I" derl%Ui
v-42
Category: Pharmcoloay. Toxicology. Medicinal P""ats.

VAYSMAN, G.A. [Vaisman, 11 A.); GIWVICII, M.1.; SKV1RSKAYA, Ye,S,
[Skvyralka, IE.S:J; GORODIN_S.r[AX4,,V.Ya. [,Horodynslka , V.IA.)
Using ultrasonic wpves in the preparation on infusions
from alkaloid-and glucoside-bearing plants. Farmatsev.
zhur. 18 no.4t6l-65 163. (MIRA 17t7)
1. Kafedra tekhnologii lekarstv i galenovykh preparatov
Kiyevskogo instituta usoverBhenstvovaniya vrachey I
Laboratoriya krovoobrashcheniya I, dykhaniya Instituta
fiziologii im. Bogomolltsa AN UkrSSR.

GORODINSKAYA, V.Ya..[Horodym Oka., V.IA*]; SDION, I.B.
Pharmacological properties of the preparation 2Nicatol". Fiziol.
zhur.[Uk3,*.] 9 no.l.-129-132 Ta-F 163.
(MIRA 1815)

GORIODINSKAYA t V. Ya. [11orodyno t ktx,, V. f A. 1; Sium,~,N I I - -0- - , symon, 1. V). ]
L
Phamacological activity of quarternary a=orL'-um salts of CYCIL'>-
hexylamine. Farmatsev. zhur. 19 no.408-611 164. (MIRA 17-11)
1. Kiyevskiy institut usovershenstvivani- vrachey i Ukrainskiy :in-
stitut eksperimentallnoy endokxinologii.

67' 1-0 60 4 Y 4 ) Y4: ~ A
1AFIN, O.F.; KRUSHCHIV, U.S.; ~~ AMUMU-TAI-Yook.; KOCHERGINSKIT, M.M.
119BLYANMICH, V.S.; SHARMAN, S.D.; OSTANOV, Kh.
Improving the smelting of boron carbide. Prom.energ. 12 no.8:17-18
Ag '57. (MIR& 10:10)
(Boron carbides) (Smelting)

GORODINSKIY, Al*ksondr Nstvayevich
[Collective farm on the ups ,wi.ng; work practices of the WIN
Parts"osdog Collective Farm] Kolkhos no podOom ; Is opyta
raboty sel'skokhesisistvennol arteli Ineni XVIII parts*osda.
Leningrad, Loningr.gasetno-shurnallnoo I knishuos isd-vo. 1956.
127 p. (MIRA 13:8)
(Collective farms)

GORODUMM B. P'% '8 11 'T45
Nov 48
6amphy:
Wleine Mucation, Medical
"In Honor of Professor B. M. Gorodinakiyll I -p
"Wrarglya" No 3-1
Co tulates Gorodinskly on 60th birthday and 35
ngra
years or scientific and pedagogic activitiee. He
is proressor at Kiev Ned Inst Ord of Labor Red
Banner imni Ace& Bogcmolets. (Photograph, CIA
Photo Accession No P-3409).
18/49T45

-RAMFJI, P.S., kandidat madits Itiskikh naxik; - GORODINSKIY, B.M., professor. save-
dtLyUahchi.v kafedroy.
3altd tumors of the mosentery of the small intestine. lftl~.Msd. 31 no.3:
54-53 Mr '53. (NLVA 6:5
1. Xhirtwgichookaya kliniks, as 1,141giyenichoskogo fakul't0s, firovskoge
Altso- ~
ordens, Trudovogo Krasnogo 2nament me&.ttsinzkogo instituta imqui akadouika
A.A. Bagomolotsa. (Mosentery-Ttimars)

BTALIK, VA.. doteent; RABIM, P.S., )mndidat meditainskikh nauk; CHAYXL,ye.I.,
professor, zavedayushchly; GORODINSIIY, B.M.. professor, direktor.
Malignant hemangtoendotheliona of the liver and spleen. Klin.sed. 31 no.8:
132-85 Ag '53. OWU 6:11)
I. Kafedra.patologioheiskoy anatomil Klyevskogo ordena Trad6vogo Krasnogo,
Znameni maditainakogo instituta im. akad. A.A.Bogomolltsa.(for Chayka).
2. Khirargicheskays klinika Kiyevskogo ordena Trudovogo Krasnogo, Znameni
ineditainakogo Instituta im. akad. A.A.Bogomolltea (for Gorodinakiy).
(Iiver--Tumors) (Spleen--Tumors)

-L 22592-66
.-ACC NIU AFC1013001 SOUI= CODE: UR7010576510 1WIM17
6ianov, Vo No; Budzko,-Io At; Venikov, Vo A*;. Derdn, A* Vo; 99r9lskly,
AUTHOR: Arid
Grudi.nsldy, P. Go; Zakharin, A. G.; Krasnov, V, So; lavin, No So; Listov, Pe 9
M&rkovich, I. M.; IblInikov. No As; Nazarovj Go I.; Ratevig, Do V.; Srdrnov, B. V.; -
Stepanov. Vo~ No, SyroMatnikov, Is A.1 Fedoseyev, A, Me; Yakobs, As Is
ORG: none
TITIE Doctor of technical sciences, Professor Lo Yes Ebin (on the occasion of his
60th birthdily,
SOURCE: Ehktrichestvo, no* 6# 19650 91
TOPIC TAGS: ',sclentific personnel, electric network,31ghtning
ABSTRACT: Professor Lev Yefimovich Ebin, 60, graduated in 1928 from the
Kiyevskiy ellektrotekhniches*kly institut (Kfyev Electrotechnical Institute
Between 1921) and 1936, he worked in the Donenergo system and published various!
original papers on lightning protection and grounding. devices. From 1936 1
EBT1 works at the Vsesoyuznyy nauchno-isaledovatellakly InstItut elektrtftkat-~*j
sit sellskogo~khozyaystva (All-Unton Scientific Research Institute for the
Electrification of Agriculture)- where he heads a laboratory. In 1937, he
-defended his candidatels dissertation and In 1951 his Fh. D. Thesis dealing
with studies of the nonsymmetrical operating conditions of electrical net-
works and of! stationary-and. n..onstationary electro-thermal proi;esses in the
L_!jard 1/2 -UDC, 62101

- F-'-- I
C-
ROMANOVA, T.G., kenaidat msaitainakikh nauk; GCRODINSKIY. D.K., dotsent
Vitamin C content of the blood, muscles and tbyroid tissue in
patieltts with various forms of goiter. Vrach.delo no.6:601-603
Je 1579 (KIRA 10:8)
1. Kafedre khirurgicheskikh bolesney (say. - snal. deyetell nauki.
prof. A.K.Gorchokov) stoestologichookogo fakul'teta Kiyevikogo,
medtteinskqgo instituta
(ASCMIG ACID) (THYROID GLAND) (GOITAR)
In cases of hyperthyroidism the vitamin C content of the blood,
muscles and thyroid gland is considerably reduced. Followine
removal of a goiter the vitamin C level does not always return
to normal. With euthyroid goiter the reduction in vitamin C level
is less pronounced. After surgery the vitamin C level usual-ly
does not differ from noin 1. When extirpation of the thyroid
gland is performed, pre- and postoperative use of vitamin C is
indicated.

GOILUDINUIT, DaMp, doteent
~ ~-
Minutes of meetings of the Kiev &M Kiev Province Surgical
Society. Navelchirearkh. no.1;136-143 Ja-IF 159. (KIRA 12:6)
(WRMT)

GORODIUSKIY, D.M., dateent; TRISHCHINSICU, A.I.; BONO, Y.I,, dotsent
----I-.- ~
Transactions of meetings of the Kiev and Kiev Province grk-gical
Society. Nov.khIr.arkh. no-5:133-141 S-0 '59. (MITHA 13:3)
(rMtVMVINCII--SUWICAL SOCIETIBS)

MROZO-U, N.P., kand.sed.nank, referent; TRISHCHINSKIT, A.I., referent;
--OCRODINSXIT,-D,k., dotsent, referent
Mantes of meting@ of the Kiev and Kiev Province Surgical Societies.
%.v.khlr,arkb. no'6:,128-134 N-D 139. (KM 13t4)
(KIU i6ilMI-SUGICAL SOCWHS)

GQRODIIISKIY) D-M-Y referent. dotsent
Session notes for the Surgical Society of Kiev and Kiev Province;
notes No. 7 fromi June 17, 1959, and notes No. 8 from September 16 /1
1959. Nov. khir* arkh. no.1:135-141 Ja-F 960. (Hiia 15'-2~
tM'V PROVINCE-SURGICAL SOCLETM)

G0,11,0DIMM, D.M., dotsent, referent
Minutes of meetings of the Surgical Society of Kiev
and the Kiev Province. Nov. khir. arkh. no.2:136-143 Mr-Ap 160.
(MIRA 14', 11)
(KIEV PBX-INCE-M"EDICAL SOCIETIES-CONGRESSES)
A

dotsent
NA*utes or meetings of the Kiev and Kiev Fravince.Surgical Society.
16. khir. fkh, no.4:134-143 Jl4g 1f - (MIRA 15:2)
KM , PROVINC14-fRUCAL .3 1ETIES)

GORODINSKIY, DiM-i dotient - referent; BOYKO, V.K., dotsent - referent
Minutes: of meetings of the Kiev and Kiev Province --' ii~rgical Society.
Nov. khir. arkh. no.5:135-141 S-0 160.- '(~aU 14.' 12)
(KIEV PROVINCE-ZURGICAL SOCIETIES)

I-'A
lil

-0-" . -
- V Or~
GORODIVSKlY., D.M., dotsent
Substernal goiter. Vrach. delo no.8:49-54 Ag 'KM 15:3)
1. Kafedra-khirurgii (zav. - prof. A.K. Gorchakov [deceased])
stamatologicheBkogo falall'teta Kiyevskogc. mditsinskogo instituta.
(GOITER)

GOROVINSKIY, D.M.j doteent
Proceedings of the Conferences of the Surgical Society of Kiev
and Kiev Province. Klin.khir. no.500-94 *"62.
(MIRA 16:4)
(SURGERY-OONGRESSES)

VIDY-VIMUO Feliks [Widy-Wirski., Feliks); GQKPIN -* - [translator];
~Q'4F V
~L !
BARSUKOVA, M.I., prof.,, red.; SMULEVICH,, B.Ya., doktor mod. naukp
r*d.;..ZUrEVAp N.K.p tekhno red*
(prirACIPSa pjbblw= in the history of madicine] Ob osnomVkh proble-
makh istorii,toditsimy. Pod red. M.I.Barsukova i B.IA.Smaevicha,
Moskva, Goo. izd-vo mad. lit-ry Medgiz, 1961. 158 p. Translated
from the Polish. (KIRA 14:9)
(MEDICINF,-HISTORY)

,.GORODNITSKIYv F.M.y inzh.
-------------
Resistance to wear of high strength cold-drawn wire. Transp.stroi.
11 no.3:45-47 Mr 1619 (14IRA 14:3)
(Reinforced bam-Testing)

GORODINSKIY, FjV., m1adshiy nauchnyy sotrudnik
"Fiftee"n years of the new Gzechoslovak public health system."
Reviewed by F.V.Gorodinekii. Sov. zdrav. 20 no.6:89-90 161.
(MIRA 14:7)
1. Instib-,.t organizatail adravookhraneniya i istorii meditsiny imeni
Semashko,
(OZECHOBLOVALU-PUBLIG HFALTH)

GOROXNSKIY..~ (Moskva)
Public health in C2miboslovak-11a dur!mg 1961" a r5VIw on a
statistical col-leotion. Sov. zdya--nokbr. 22 re.39.87-89 16'3
(MIRA --,,7 al)

INSr,IY3 G,- X.-- - -
Dissertation: "Investigation of Light Reflection From Dull Glass Surfaces at a Wide Angle
of Incidence." Cand Toch Sci, Leningrad Inst of Precision Mechanics and Optics., Leningrad,,
1953. (Referatiimyy Zhurnal-Fizika, Moscaw, Jun 54)
SO: SUM 318, 23 Dee 1954

GORODIVIIY# G,Ns; ZMff, L.K.
Anw.-M440,01f
Dwonstratlons of ll&t d1ffraotton phenomena. Fis.v shkole 14 no.l,.
65-66 J&-P 154. (KMA 7: 1)
1. Gorod Zeningradi Institut toohnoy mkhanlki i optiki,
(Diffraction)

GORODIN'SKIY. G.M.; KINAKOV, A.G.; TSOT, R.I.
A of the surface finish of polished glass.
Stek. I ker. 13 no.12:9-11 D 156, (NLRA 10:2)
(Plate glass-n-s-lity control)
(ionsetonsterF

%iiw.,
Demonstration of total Internal reflection. Fis. v shkols 17
no.1:66 Ja-F 056. (MLRA 10:2)
1. Institut tochnoy mokhaniki I optiki, Laninfad,
(Reflection (Optics)--Study and teach i~

go 1Z 0~ " P-5 N(,' 4)C. r-A ,
.AUTHORs Gorodinskiy, G.M.9 Doteent 3-10-14/30
1ITLEs Scientific Circles - the Right Way to Creative Power (Nauch-
nyye kruzhki - vernyy put' k tvorchestvu). To Implant Serious-
ness and Independence (Privivat, serlydznost' I samostoyatelf
nost')
PERIODICAL: Vestnik Vysshey Shkoly, 1957, # 10, pp 58 - 59 (USSR)
ABSTRACTi The Leningrad'Institute of Precision Mechanics and Optics
is publishing the results of student scientific research work
in 3pecial periodicals.
It is a tradition of this institute that students' scientific
work is supervised by institute scientists, e.g. professors
V.N. Churilovskiyj M.M. Risunov, S.T. Taukkermanpetc. Professor
G.M. Kondratlyev trained talented thermophysicists from members
of the RSO (Student Scientific Society). Many of his pupils
have defended candidate dissertations and G.N. Dullnev submitted
in 1953 a doctorate thesis. The author mentions the studert
V. Kozlov who obtained interesting results in his investigations
on the reflection of.light impulses from an infinite homogeneous
strong turbid medium. - .
The organization of s-lientific technical conferences height-
ened Interest in scientilic society activity and research work.
These conferences are pa~-tioularly useful when they are assisted
Card 1/2 by teachers and factory ;torkers.

3-10-14/30
Scientific Circles - the Right Way to Creative Power. To Implant Seriousness
and Independence
The author then mentions some bad points stating that some
of the work of the scientific circles is carried out without
the supervision of qualified scientists.
Laboratory equipment
is also insufficient so that sometimes the students carry out
experiments in scientific research institutes or in industrial
laboratories. The chairs have been requested by the institute's
council to devote more interest to the BSO work. The author
points out that coordination with industry is very important
in this matter. Finally he criticizes the fact that too few
of the students with marked research talents are selected for
special training.
ASSOCIATION: The Leningrad Institute of Precision Mechanics and Optics
(Leningradskiy institut tochnoy mekhaniki i optiki)
AVAILABLEs Library of Congress
Card 2/2

AUTHOR: Gorodinskiy, G.M. SOV-115-58-4-14/45
TITLE: A Shop Instrument for Checking the Roughness of the Surface
in Flat Ground Glass (Tsekhovoy pribor dlya kontrolya
sherokhovatosti poverkhnosti ploskogo shlifovannogo stekla)
PERIODICAL: Izmeritellnaya tekhnikag 1958, Nr 4, pp 26-27 (USSR)
ABSTRACT: The described device is a reflexometer used for checking
the micro-geometry of glass plates after grinding and be-
fore polishing begins. It works on the principle of a
change in the spectral make-up of lightq mirror reflected
from matte surfaces. This change is conditioned by the
microscopic unevenness in the surface of the ground glass,
so that the spectral coefficient of the mirror reflection
or the relation of these factors in various parts of the
spectrum may serve as a criterion in the qualitative and
quantitative evaluation of the surface roughness of ground
glass, The reflexometer consists of a collimator project-
ing an adjustable light beam onto the surface of the glass
Card 1/2 at an angle of 830 and a receiving assembly which picks up

SOV-115-58-4-14/45
A Shop Instrument for Checking the Roughness of the Surface in Flat
Ground Glass
tho mirror refleebion and focusses it onto a silver-sulfide
photoelectric cell connected to a microammeter. Standard
glasses are used to calibrate the microammeter's scale to
that of a reflexometer. Three methods of using the appa-
ratus are described: 1) by comparison of the surface
under test and standard glasses, 2) measuring the relative
monochromatic factor of the mirror reflection, 3) direct
determination of the mean value of the microscopic irregu-
larities. There are 2 graphs and 1 schematic diagram.
1. Glass--Surface properties 2. Reflectometers--Design
Card 2/2

66184
_10W9 25415) 25,16000 BOV/146-58-5-19/24
AUTHORS: Gorodinskiyv G.M., Candidate of Technical Sci6ncesq
Ne Aspirant
TITLE: Optical Method to Control Accuracy of Work on Plat
Smoothed Metal Surfaces
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy - Priborostroy-
eniye, 1958, Nr 5, pp 134-140 (USSR)
ABSTRACT: The purpose of these investigations is development of
an optical method to control working accuracy on flat
smoothed surfaces. This study continues an earlier
investigation of the same authors on the subject of
reflection qualities of flat, deadened reflecting sur-
faces, with the light falling in a wide angle. The
qualities of deadened reflecting surfaces wereinvest-
igated by Midlton and Vychetakiy. The author stresses
the fact, that polished metal surfaces cannot be com-
pared with mirror surfaces because of their different
microtopography. The different methods of polishing
and, resulting from that, the different surfaces are
Card 11/3 discussed. Figure 1 shows the way in which the-line
.. W"',

6619# -
BOV/146-58-5-19/24
Optical Method to Control Accuracy of Work on Flat Smoothed Metal
Surfaces
are drawn on the raster. Piguc-e 2 shows a photo of
the diffraction cards (a - polished surface; b - the
pattern in profile). The sample specimen were pro-
duced with the exactness rates 7-9. The values in
table 1 prove, that in uneven rasters the small squares
become larger, if the average height of the microre-
lief is reduced. Figure 4 gives a diagram of the
photometer. It consists of a moveable hinge in form
of a parallelogram and of a small magnetic table
which serves to fasten the parts. This magnetic tab-
le consists of two artificial magnets in shope of,
two bars,, which are fixed to a cylindric support stand-
ing on a disc. The construction of this table is ex-
plained in figure 5, which shows the whole photometer.
The stand and the disc are of iron ARIAKO. The accuracy
of work on the flat smoothed metal surfaces is tested
by compating the surfaces of the test parts with those
of the sample specimen. The integral photometric way
Card 2/3 of testing the accuracy of work is very exact and is
A--"'

6618~
SOV/146-58-5-19/24
OpticAl Method to Control Accuracy of Work on Flat Smoothed Metal
Surfaces
generally used to control the technological process
of flat polishing. There are 2 photograpns, 3 graphs,
1 table and 7 references, 6 of which are Soviet and 1
English.
ASSOCIATION: Leningradskiy institut tochnoy mekhaniki i optiki
(Leningrad Institute of Fine Mechanics and Opti
Card 3/3

GORGDII,.'SKIY,, G.M.; POKROVSKIYj V.N.; FIRSOV, Yo.I.
Neutron-deficient Gd and Eu isotopes with mass M-Unbers 145 and 147.
Uch zap. Pod inst Gerts. 197:176-179 158. (MITU 16:9)
(Oadolinium isotopes-Spectra)
(Europium isotopes-Spectra)

15(2) SOV/72-59-7-12/19
AUTHORSs i Kudryashov, A. U., Mikhaylovskiyp Yu. K.
rGnXad i n s k
y G
~
TITLEs New Models of Reflexometers (Novyye modeli refleksometrov)
PERIODICALt Steklo i keramika, 1959, Nr 7, PP 37 - 39 (USSR)
AWTRACT: As may be seen from papers by G. U. Gorodinskiy, A. G. Minakov,
R. I. Tsoy (see footnote) up to now the attachment reflexo-
meter NRG-1 was used for the operational control of the
working accuracy of flat polished surfaces in glass works. This
device exhibits a number of shortcomings and must be operated
by 2 persons. Figure 1 shows the new model of the attachment
reflexometer RNI which may be operated by one person. Its
wiring diagram is represented in figure 2. For this purpose
the valves WS, the ferrores~-)nance voltage stabilizer STN-35M,
the germanium diodes of the type DGTs-27 and the incandescent
lamp STs61 were used. For the purpose of examining the accuracy
of the processing of glass which afterwards is to be polished,
a test sample of a recording reflexometer RRI was produced
(see figures 3 and 4)- Its measuring device consists of the
antimony-cesium-photocell STsV-6, the microamperemeter of the
type M24, and the electronic potentiometer of the type EPP-09.
The reversible motor DT-75 and the electromagnetic muff
Card 1/2 EMR-500 are fitted into the carriage mechanism. The recording

New UodeIB of Reflexometers
SOV/72-59-7-12/19
reflexometer was tested and mounted in the polishing lineof the
Gusevskiy Glass Works. The calibration of the reflexo-
meter is carried out according to the GOST 2789-51. By means
of this device only clean, degreased, and dry glass shall be
examined. There are 4 fi...,ures and 2 Soviet references.
Card 2/2

6~56!
0C
a/1 46 0031031131ulf~
A9, (5,440o B0197BO54
AUTHORS: Gorodinsk iyy G. IV. 9 Kudryashov'9 Yu. 7,
TITLE: Refloctoneter for the Control tf Roughness of Ground
Metal Surfaces
PERIODICAL: Izvestiya vyeshikh uchebnykh zavedeniy. PriboroatroyeniyeD
19609 Volt 3, Wo. 39 PP. 104 - 107
TEXT: The reflectometer described here is intended for controlling
plane anti cylindrical surfaces produced by external grinding aaohines.
The control in based on the assumption that the surface is an irregular,
reflecting diffraction grating (Fig. 1). The quality of surface is
judged by the intensity of the photographic or photoelectric diffraction
images., In the instrument described, the light beam falls under 850 on
the surface to be investigated, and is reflected. The optical equipment
is discussed with the aid of the sketch in Fig. 11 Fig. 2 shows a photo-
graph of the entire device. Steel samples produced by the Veesoyuznyy
nauchno-isoledovatellskiy institut shlifovaniya i abrazivov (All-Union
Scientific Research Institute of Grinding and Abrasives) were used ia
Card 1/2

8r;6:
Reflectoneter for the Control oi Roughnesa j/14 60/OO3/O3/'13jO-17
of Ground Metal Surfaces B01 9Y11054
testing the suitability of the instrument described. A taluls 1;-4':- ~-v.s
which show that the instrument is highly sensitive. Some indicationc, aa
to the applicability of the instrument are given. The publication of
this article was recommended by the Kafedra opektraltnykh i optiko-
fizicheskikh priborov (chair of Spectral and Optical and Physical
Instruments). There are 3 figures, I tableg and 3 Soviet references.
ASSOCIATION: Leningrad institut tochnoy mekhaniki i optiki
(Leningrad Institute of Precision Mechanics and Optics)
SUBMITTED: February 29 1960
Card 2/2

GORODINSKIY, G.M.; KUDRYASHOV, Yu.V.
Photometer for checking the cleanliness of the surfaces of
polished industrial glass and mirrors. Stek. i ker. 19 no.7:
16-17 -T1 162. (MIRA 15:7)
(Photometers) (Glass-Testing). (Mirrors)
I

GORODINSM, G.M.
1~ -
Andrei Aleksandrovich Gersinw; on the occasion of his 60th
birthday. Izv. vys. ucheb. zav.; prib. 6 no.5:146-147 16
(MIRA 16: U~O

GORODDSETY, Ye. kand,tekhn,nauk
CheckIM the smoothness of mwfaces of polished shoot glass.
Stek.1 ker..20 no..2s16-19 P 163. (KMA 16 s2)
1. Leftingr6dakly inatitut tochnoy mekhanikii optiki.
(Glas"efects)

GORODINSKD', G.M., kand. tekhn. nauk; GALKINA, V.N., inzh.
Photoelectric setup for the control of the degree of surface
finish of plane polished glass. Stek. i ker. 20 no-7:17-19
ii 163. (MIRA 17:2)
L Leningradskiy institut tochnoy mekhaniki i optiki.

ACCESSION NR: AP4011492
S/0051/64/Ole,/001/0112/0126
AUT11OR: Gorodinskiy, G.M.
TITLE: Polarizing properties of frosted glass surfaces as regards reflection
SOURCE: Optika i spektroskopiya, v.16, no.li 1064, 112-116
TOPIC TAGS- polarizatio , polarizin6 plate,ifrosted glass, mat glass, depolarizing
plate, mirror reflectio , diffuse reflection, Brewster angle
ABSTILAM, The purpose f the work was to investigate the polarizing propertieis of
frosted (mat) laces incident to mirror and diffuse reflection. In order to
eliminate effects connected with absorption and scattering of the vIlsible light in
the bulk of the glass and from the back surface, the specimens were prepared of
black (infrared filter) IKS-2 glass, which is used for isolating the 840 to 2800 MIA
Psection of the spectrum. The three specimens were prepared by grinding the prepol-
ished surfaces with corundum powders of different grades (aver-qge grain sizes 58,
24 and 6 microns). 'rho light from the iicandeacent lamp Vourqe was,polarized by
means of a polyviiny.1 filter and the degree of polarization in the plane of inci-
dence, was messupid ion a gon4ophotometric. set-up. The radiation detector was a photo-
11A Z_
6
rd

4
AC'C.NR: AP401.1492
tubeiwith a cesium-antimo,
ny photocathode. The measurement consisted in determining
the degree of polarization of the,mirror reflected and difussely reflected light.
The polarizatioli measurements were carried,jout for-light reflected in the direction
of mirror reflection in t ~e rangelof angles of inc,idence from 30 to 800 at 50 in-
terv4ls and at ithe Brewstrr angleiand for #iffusely reflected light for angles of
incidence of 415, 60 and 0 and ci~servatioj angles'lin the range from 10 to 800 at
So intervals. The, result? are preqented in,, graphic ~ormf The curves for mirror re-
flection are shown in Fill of Vie Enclosure. The d6pendences obtained for diffuse
reflection are analogous., The pol~trization curves for igirror reflection are quali-
-4
tatiVely similar to the curve'calc*'ulated btyi means of the Fresnel formulas for. a
polished IKS-2 glass surface. The position-of the ppaks. in all the curves approxi-
6~ mately corresponds to th~ Brewstei angle. +he observed dependences may be of help
in sclecting and preparing frosted glass plates foi7.use as depolarizing elements.
'The author expresseshis gratittiae to N.G.Bakhshieiv I'
or discussion of the results."
Or'Lg.art.has::I formula and 2 figures.
CarC W

GORC)DINSKIY. G.M. karid, tekh-n. nd,,l;,, ROIN, V.I.., irzh.
. - -.- 1. - w - Y J,
Laboratory control method of the roughness of ground glass sur-
--aces. Stek. i ker. 22 no.4s'8-219 Ap 165. (MIqA 18-5)
.1
1. Leningradskiy institit tochnoy makhaniki i optiki.

J6k%_~. NKS APS M29 SOUR= CODE: UR/0057/65/035/010/1910/1911 I
AUTHOR: Gorodinskty., V DamaskinskiX, Ye. A.; !Manov,~Aji.
_M16M.-IM W
jqsicoteoh"Cal Institute im. A.F.1offe, AN SSSR. Leningrad (Miko-teklini-
ORG:
cheakiy institut AN SSSR)
Z1 y
TITLE*. On ~~.recording several particles with an acoustical -spark chaAber
SOURCE: Zhurnal takhnicheskoy,fizikio, v. 35, no. 10, 1965, 1910-1911
TOPIC TAGS: spark cham er, particle detector, plane geometry
ABSTRACT*. It ~ is shown that one can.uniquely determine the position of a point in,a
plane provided'one knows.the distance of the point from each of three fixed points*
tn the plane and, -that If the distances are subject to small experimental erzirs, the
probability of mislocation can be reduced by employing more fixed points.,, r.Ae con-
templ-ated apiplication is to the location of a spark in a spark chamber frow. measure-
ments of them; time of occurrence of the spark and the times of arrival of '.,he resulting
shock wave Wt sevexal microphones. Despite the title of their letter, the authors do
not discuss the confusion that can arise when several sparks occur simultaneously or
nearly,so. References are given to descriptions of several microphones which are be-
lieved to be,:sultable for the contemplated application. Orig. art. hea.: 1, formula
z
SUB OODE: NPJ' MA/ SUBM DATE: 06AprG5/ ORIG RM. 000/ OTH REP.- 004
Card 1/1 UDCJ 539.107.49
V leve

L 11-154-67
AC(-- NR. P6034213 SOURCE CODE: TJR/0368/66/005/004/0451/0455
oaT
AUTHOR: Gorodiru;kiy, G. M. Galkina. B. N.
ORG: none
TITLE: Problum of perturbation of light coherence by frosted glass ql~%rfaces
SOURCE: Zhurnal prikladnoy 13pektroakopii, v. 5, no. 4, 1966, 451-455
TOPIC TAGS: light coherence, frosted glass, optic glass, surface roughness,'
refractive index, glass surface, light transmission
ABSTRACT: A study was made of the degree of perturbation passing th?ugh an
uneven frosted glass surface prepared from five types of optical glass.N,7 The
glasses were wetted with distilled water, glycerin, and cedar oil. The measure-
ments have been made using the photoelectric apparatus assembled according to the
Young diagram. Curves have been plotted from which one can see the character of
visibility change of the interference pattern as a function of the degree of roughness
of the frosted glasses and the difference in the refractive indices of the samples and
immersion liquids. The coefficient of coherence k ichanges from 0. 96 to 0. 40 and
depends linearly on the optical path difference betweeii the beams passing through
Card 1 / 2 UDC: 535.41

48-7-15/21
AUTHORS: Gorodinski M. Murin, A.N., Pokrovskiy, V.N.,
reo razhenskiy, B.K.
TITLE: On Neutron Deficient Isotopes of Rare Earths which Form as the
Result of the Reaction of a "Deep" Separation of Ta under Irra-
diation by Protons with an Energy of 660 MeV
(0 neytronodefitsitnykh izotopAkh redkikh zemell obrazuyushchikh-
sya v rezulltate reaktsii glubokogo otshchepleniya Ta pri ob-
luchenii protonami energii 660 MeV)
PERIODICALs Izvestiya Akad. Nauk SSSR, Ser. Fiz., 1957, Vol.21, Nr 7,
PP. 1004 - 1012 (USSR)
ABSTRACTs The rarer earths were chosen for the study, since the neutron
deficient isotopes of the lanthanides which form in the reaction
are little investigated and sometimes also unknown. A tantalum
target was irradiated by a synchronous cyclotron from the United
Institutes for Nuclear Research. The separation of the rare
earths was carried out chromatographically. The study of indi-
vidual fractions was principally performed by the scintillation
method by meams of a )r- spectrometer and ~_ - r-coincidences.
Card 1/3 The scintillatior~- r-spectrometer constructed by the authors is

48-7-15/21
On Neutron Deficient Isotopes of Rare Earths which Form as the Result of the
Reaction of a "Deep" Separation of Ta under Irradiation by Pro-
tons with an Energy of 660 M*V
fully explained. The use of a lead collimator with an aperture
in the form of a truncated cone proved to be best for determin-
ing the relative intensities oftj
U;lines. In order to remove the
X-ray fluorescence of lead, tan -tin and copper foil were
glued inside the cone. Then the investigation of the line forms
is described and formulae are given for the calculation of the
efficiency coefficient of the V--quantum number and of others.
By means of these formulae those were calculated for quite a
number of X-ray and Y.-quantum energies. The resulting data are
represented on figure 1. A detailed interpretation of the mea-
surement results is given namely for the isotopes Lu, Yb and 11u.
with the mass zj"bers from 173 to 165. Figure 2 shows the 173d-
,-spectrum of Lul and figure 3 shows the decay scheme for Lu
Figure 4 represents the %c -spectiam of TU167 in the segtion of
small energy. Figure 5 records the decay scheme of Tul 7 and
figure 6 the probable decay scheme of Tu166. There are 6 figur*o
Card 2/3 and 15 references, 6 of which are Slavic.

48-7-15/21
On Neutron Deficient Isotopes of Rare Earths which Form as the Result of the
Reaction of a "Deep" Separation of Ta under Irradiation by Pro-
tons with an Energy of 660 MeV
ASSOCIATIONs Radium Institute iia. V.G. Xhl6pin, AN USSR
(Radiyevyy institut imeni V.G. Xhlopina Akademii Nauk BSSR)
AVAILABLEt Library of Congress
Catd 3/3

48-12-11/15
AUTHORSt Gorodinskiy. G. M. blurin, A. N. , Pokrovskiy, V. N. , Preobra-
zR-enskiy, B. K.
TITLE: On Isotopes of Rare Earths With a Deficiency of Neutrons That Form
in Deep Splitting (SpaUation) of Ta by Protons With zm Energy of
660 MeV. Information 11(0 ioybrpoo defitsitDikh' . izotopakh redkikh
zemel obrazuyushchikhoya v rezul I tate reaktaii glubokogo Me"11-
epieni3ft Ta protonami enorgii 660 MeV. Soobshcheniye II)
PERIODICAL: Izvestiya All SSSR.Seriya Fizicheskaya, 1957, Vol. 21, Nr 12,
pp. 1624 - 1632 (USSR)
ABSTRACT'i~: Elements of the group of rare earths were separated from a tanta-
lum-trget. The latter was on a synchrocyclotron irradiated by ra-
pid protons with 660 MeV and chromatographically separated. The
results for the iaotopes A from 160 to 134 are given here. A - 160.
The observed isotope Er and Ho with the mRss numl-er 160 f a ge-
netic chain. The' Er"o-decay is according to referem e 2 not ac-
complished by a quantum-emission. This was again confirmed
hore. Thus the Erlf(-
O-9ecay immediately passes to the ori.gLnal and
isomeric level of Hol 0. The existence of the isomer Hol(30 m (T 1/20
- 5 hours) was definitly determined in reference 3- Experiments
Card 1/4 were made for determining the relative probability of the transi-

48-12'11/15
On Isotopes of Rare Earths With a Deficiency of Neutrons That Form in Deep Split-
ting (Spallation) of Ta by Protons With an Energy of 660 MeV. Information II.
tions to the isomeric and original(ground-) level of Ho 160 . The re-
suf~ are given here. A -,159: Amongothers the long-lived isotope
Dy Y (T 134 days)--;h-lch-does not emit any ~,__rays was sepa-
rated. A In the fraction Dy (which was purified of Y) an
activity which diWned with T - 8,5 hours was determined. A = 156
A presence of Tb in the fraction Tb is possible. A - 155: The
line 227 keV was very distinctly determined in the )(--spectrum of
the f raction Dy. The intenbity of this line decrease'a with T 1/2 0
10 hours. Besides it was determined that Tb with a half-decay-'pe-
riod of about 5 days develops in the decay of the isotope Dy with
T~42p; 10 hours. It is assumed that if Tb156 were present among
t oducts of separation of Ta, its Y--spectrum would closely
coincide with the r-apectrum, of Tb155- A - 1543 Tho presence of
the isotope Tb154 in the fraction is possible. A m 1~~: Among the
I)y-iaotopea is Dy153 which possesses a half-decay period of 10
hours without emittinR 'r -quanta. A - 151t An activity with T
- f?l hours was determined in the Tb-fraction. A long-lived isoto e
Gd with T 142- 150 days is present in the Gd-fraction and prob-
abj~qamong th daughter-elements of Tb. A,- j~ : The spectrum of
Card 2/4 Od contains the lines 1509 300, 347 and 52 (probably a double-

48~12-11/15
On Isotopes of Rare Earthe With a Deficiency of Neutrons That Form in Deep Split-
ting (Spallation) of Ta by Protons With an Energy of 660 MeV. Information II.
-line) keV. A w 147a Activities with T 112- 1,5 days and 60 days
which do not correspond to any known G Isotope were determined in
the Gd-fraction. Some time after the separation Eul47-,ines occur-
red in the 1--spectrum of the Gd-fraction. Important conclusions
on the relative intensity of the lines were drawn. 1.) The pre-
sence of the coincidence-peaks of the lines 120 and 200 keV with
X-radiation (40 ~eT) indicates a coincidence of the r -quanta with
the X-rays of sm 4 . This is confirmed by the direct tests in the
scheme of the r- r-coincidences. 'The lines 120 and 200 keV them-
selves do not yield any coincidence. 2.) The line 60 keV formally
considered as really existing (reference 11) in reality is the
peak of the coincidence of X-rays developina during K-capture and
conversion. 3.) By evaluation of the intensity of this peak an
evaluation of the conversion-coefficients can be obtained. A = 1451
The activity with T 14-2- 60 days was determined in the Gd-frac-
tion and classified Ith the isotope Gd145. The y-spectrum of
Gd,145 consists of 115 keV-lines. The lines 640 and 750 ke belong
to EU145. According to precise data the 'r-spectrum of EuT4 (T
- 5 days) consists of the lines 636 and 745 with the relative
Card 3/4 tensities 1,0 and 2,3. A - 1401 The activity with T 1/2 " 3,5 days

48-12-11/15
On Isotopes of Rare Earths With a Deficiency of Neutrons That Form ir4Deep Split-
ting (Spallation) of Ta by Protons With an Energy of 660 MeV. Information II.
discovered in the Nd-fraction was ascribed to Nd140 (T -3 3 da 9).
Theonly distinctly visible annihilation-line 510 keV aw 2 so p'o-
sit=ons with 2,3 MeV were no.ticed in the 1--spectrum of the Hd-
-fraction. A - 139t In the r-spectrum of the P:-~-fraction an
annihilation-line 510 keV was noticed whose intensity decreased
with Ti -j 4 hours. It was ascribed to the Pr139-decay N~2s4,2
a42
hours cording reference 5). A - 1341 The existence of e
genetic chain C0134 K with the
52_fi;U;__ 60 mlnu~es
characteristics described in reference 5 was confirmede Finally
some observathns on non-identified activities are given. In the
work participatedt V. P. Dzhelepov, V. N. Mekhedov, V. A. Khal-
kin, B, S. Dzhelepov, N. M. Antonlyeva, A. A. Bashilov, A. V.
Kal~_yamin, 0. M. Lilova. There are 7 figures, and 15 references,
9 of which are Slavic.
ASSOCIATIONt WIM MMUtIft In. V. G. XhlOpft AS US= -
(Radiyevyy institut im. V. G. Khlopina Akademii nauk SSSR)
AVAILABLE: Library of Congress
Card 4/4

71
___ 1909001010Y1
56-6-38/47
:AUTHORSt Berlovich, E. Ye. , Grotovskiy, K. M. , Bonits, 11. P. , Gorodins-
kiy, G. M.
167
_-~TITLE: The Life of a 264 KeV-Level of the Er Nucleus
(Vremya zhizni urovnya yadra Er 167 s energiyey 264 KeV)
PERIODICALs Zhurnal Eksperimentallnoy i Teoreticheskoy Fiziki, 1957, Vol. 33,
Nr 6 pp. 1523 - 1524 (USSR)
ABSTRACTs By means of coinoider)ce measurements the half-life of the 264
KeV-level of the ErI67 nucleus was measured at T1/2- (2,0�+0,5)-10_ 98
and herefrom a half-life of radiation of T - 1,4 - 10-8 s was com-
puted.
The quadrupole moment computed herefrom is greater by the factor 2
than the measured one. This discrepancy is probably due to the in 7
accurate determination of the E 2 and 11 1 ratio of this 'r -transi-
tion. There are I figure, and.8 references, 7 of which are Slavic.
Card 1/2

.The Life of a. 264 KeV-Level of the Er 167 Nucleus 56-6-38/47
ASSOCIATIONt 1&niGMX%d-PIW5ICO~4ftCIMICa1 rwtitute M USSR 41
(Leningradskiy fiziko-tokhnicheski~, linatitut Akademii nauk SSSR)
SUBMITTEDt August 2, 1957
AVAILABLEs Library of Congress
Card 2/2

AUTHOR 990T)IMMY, G.M., MURIN, A.N., POKROVSKIf, V.N., FREOdIRAZHENSKIY, B.K.,
TITOV, N.E. PA - 2109
TITLE The Radioactive Isotopes of Rare-Earths Formed on the Occasion of a
Thorough Separation (Radioaktivnyye isotopy redkikh zemell obrazuemyye
v reaktsii glubokogo otshchepleniya).
PERIODICAL Doklady Akademii Nauk SSSR, 1957, Vol. 112, Nr 3, pp 405-406 (U.S.S.R.)
Received 3/1957 Reviewed 4/1957
ABSTRACT The authors separated the long-lived radioactive isotopes (which were
obtained on the occasion of the irradiation of tantalium with 680 MeV
protons on the synchrocyclotron of the United Institute for Nuclear Re-
search) and separated then from one another chromatographically, The
determination of half-lives, of the type and energy of radiation, as well
as the repeated recording)ofr-spectra by means of a scintillation spectro-
meter (NaJ(Tl) and CsJ(Tl crystals) made the identification of some
previously known radioisotopes, the exact explanation of some genetic con-
nections, the discovery of new isotopes of gadolinium, and the mentioning
of some new lines in the r-spectra of the iluclides investigated here pos-
sible. The present report contains a short enumeration of the results ob-
tained. 1) Cerium: The isotopes Ce 134 and Ce 139 were discovered '. the radio-
active prperties of which agree fully with the properties mentioned in
other papers. 2) Neodym: In this fraction only the single radioactive iso-
tope Ne4o (T-3,3 days) was noticed with a hitherto not investigatedr-
spectrum. According to the data obtained by the authors there exats, apart
from an intense annihilation-gamma-line with the energy of 0,51 M-~V, a
Card 1/2
?10_4L"'kW kj"r n S uss

PA 2109
The Radioactive TsOtopes of Rare Earths Formed on the Occasion of a
Thorough Separati~~'.
r,line which is located nearby with 0,5 MeV, the latter was discovered
on the basis of the shape of the annihilation line. Within the energy
range of from Oj26 to 0,32 MeV there is a group of weak lines. Further-
more., there exists a line with 0,19 MeV and a weak line with 0,11 YeV.
3) Europiumt The isotopes Eu'45 (T=5 days) and Eu'47 (T=24 days) were
found, ther-spectra of which have, hitherto not been mentioned by works
published. The r-spectrdm of Eu 14'_j consists of the four weak lines 0,630.
0,660, -,30 anti..0,8-90 MeV, the spectrum of Eu'47 of the weak, apparently'
highly rr~KAFr
.,t-tir,d`~~ii 124
-,i, 0,80 MeV as wel-I as of the two intense lines 0,,
V~ 6r
and 200 iae, adolium activities with the half lives 1,5 days, 9
days, and 70 1
5 days were observed. 5) In terbium activities with half
lives of 20 hours and 4,5 days Aere observed, and in dysprosium an qc-t-L
vity with the Aff life of -8 ho'4 s was found. 7) In the case of h6lmium,
erbium, and thulium the principal data agree satisfactorily with the re-
sults obtained by other authors. 8) In the case of Ytterbium an activity
with the half lives of 60 hours (Ybl66) and 31 days (ybl69) was found.
9) In Lutetium T = 2,7 to 8, -35 days, and even larger half life was ob-
served. (No illustrations)
ASSOCIATION Not given
FRESENTED BY L.A.ARTSIMOVICH
SUBMITTED 01M'1*~r- 20. 1956
AVAILABLE ITdrary of Congress
Card '2/2

GOROD114SKIY, G. 19. Cand Phys-Math Sai -- (dies) "Stud:., of the guma-speotm
bf 40 neutron-deficient isotopes of lutecium, thulium, gadolinium_,and
europiun." MOB, 1958. 12 pp; 1 sheet of charts(Joint Inst of Nuclear Studies),
150 copies (KL, 13-58, 92)
-4-

~2
Iorodlirlsk-iZ7, G. M. .Mu r 1 n N Pof rov !-,iy, V. If.

T L' 1~
ir
Masm 'Numbill's of UtAolinitzin ":,otozi:]~,. aith -1 'Hal-P-11"ife of
T 9 5) 2 1'ayo 'and of .-,'uropium hiotopps "it",i a Half-Life ol
T /--;F4,3 Nis '0 znachenii mansavogo chisla izotopov gadoliniya
a j*rlodau -) c !ura 0 pwla T 52 dn. i yevroplya s ueriodom
polurzwpaJca T A,3
1/2 ' "

PFRIODRUAL Izvestiya Akadomii nauk SSSR, "*oriyrA fizicheskaya, 1958,
Vol. 22, Nr 7, PP- 811-8-14 O'c':010
ABSTRACT: The 1-2pectynim n-P the gadolinium fraction (obtained from a
"thorough' (g1ubckqp)'ission reaction) was investigated with
a y-scintillation spectrometer in the scintillation equip-
ment for y-y coincidences. A description of the scintillation
counter and of the measuring method is given in reference 1.
In order to determine the content of Gd (T,,, 2-52' days) in
the gadolinium fraction, the energy of the'~Zline in the range
of 115 k0 nas carefully jnozifjurod. It wns found that the
proportion of gatiolinium ,,.,ith a half-life of 32 days 15 keV)
~E

.y
1 1 'Phe
is much zmaller in the than it is in Gd 5
Card 1/3 y-spectrum of GGd ,-iith a half 'Lif;., of 12 days conni-sts of two

501/`48- 22 -7-8/26
T a rind
L'ass Numbers of Gadolinium Isotorl,_,8 'Jith it T'alf Life o' T 112 - 52 Day,
of ',europium Isotopes 'i;ith a lialf-Liff. of It' 1/2 ~ 4,3 Days
lines at an onergy of the order of 11,) keY and of one y-line
at an energy of 150 ke'k% TI-e auanta of tle3e ~nnrrgies co-
incide respect to their moment of emission. -:11ropium ap-
parently posses~3es tuo neutrozi-ileficient itiotopes hith periods
close to each other. One of them could be the europium iso-
tope 1,7,045, which iinvestigated by Hoff (Khoff) (Ref 5).
The riass number of isotopes c,.n be determined b,., comparing
the y-spectra with y-spectra of already investigated nuclides.
It is attempted to ascribe such mass numbers to the isotopes
of the decay chain Cd K K 1
52 days 4,3 days om
as not to contra,lict the ovidence available on isotopes with
a ncittron deficit. The energy levels of the:L.~., nuclei well
agree with the values which could be e7pected from an excited
~:U-146) firid an even-even nucli
state of an odd-odd ( I de (Sm146).
Hence it may be expect(~-d that the energy of !.he first: vibra-
tion level will be close to the energy of the corresponding
'144, _ his nuclide also has two nuutrons out--
level of 60 IN 6& s t.,
side of the closed shell and. an even number of protons. This
CLIrd in actually the c~ojo. Th-~, zhain of rridioactive transmutations

~DV/4 5 - 2 2 - 7 -13 /2 6
of Gadol inimn) Icotoneq -7ith a `Inlf-~J.ife of T 52 Day's and
of E'uro ~i -,I m Isot orie's 7., _i t k I -- H a lf --Li f P 0-f 41 40 D s
.9y
1 1/2
1.3 Writton do-im Jin. its final ord~~r, as LL was eztablished:
Gd 146 14 6 T E SM146
6A T, 0 s 63
I Z 1 /2 ~4,3 day 62'
-1~. j-'eker -IV-ock ot:rt in tha discussion of the results.
A. V. Kalyandin assieted in the work. There are 4 figures,
1 table, and 6 reference!], 5 of which are Soviet.
AS30CIATION: Radiyevyy institut in. V. G. Xhlopina d(rtdEmii nauk SSSR
(Radium institute' imeni V. 0. Khlopin AS USSR)
Card 3/3

SOY/48-22-T-11/26
AUTHORS: Gorodinskiy G. M., Murin, A. N., Pokrovskiy, V. N.,
ij
'
_
-
o-S-rizlie
re
n ~
K.
~
7
TITLE: On the Lutetiun Isotope With the Mass Number 173 (Ob--izotope
lyutetaiya'a zasaovym ahislon 173)
PERIODICAL:. Izvestiya Ikademii nauk SSSR, Seriya fizicheakayaq 19589 Vol*.
229 Nr 7, pp. 818-820 (USSR)
ABSTRACT: A long-lived Lu-isotope with a half-life T, 1/2 *f about 200
days was discovered by the authors among the products of the
rare earths obtained from a "thorough" (glubak) fission re-
action. It was given the mass number 173- (Ref 1) As this half-
life does not agree with that of reference 2 for .L173 and as
it is near to that of Lu 174 (165 days) a separation of'Lu from
Ef was carried out. The lutetium separated from Ef was stored
for several months until the short-lived isotopes had decayed
almost completely. Then the e-spectra were investigated as
well as the t-spectra of the preparation obtained by a
Card 1/4 chromatographic separation of the sum of radioactive rare

SOV/48-22-7-11/26
dn the Lutetius Isotope With the Mass Number 173
earths. When the necessity &rose, the Lu preparatione,were
purified from Yb 16q. A comparison of the spectra shown -that
the basic proportion of the activity of long-lived Lu is
without doubt oaused by only one isotope with &.half life of
about 200 days. The table of isotopes from reference 2 shows
that the only isotope remaining in the preparation separated
from Hf is Lu. Thus, the earlier identification by the authors
was substantiated. r-lines with an energy of 345, 570 and
630 keV were discovered in the range of hardd"-radiation of the
spectrum of Lu173 . It is only assumed that the 570 and 630 keY
-lines originate from the Lu173 speccrum. The relative
intensities of the r-lines of Lu173 are determined by the
1.
following ratio: J~791 ti0l: r175: f274' (r345: r570:r630:
1 : 0,52 : 0,425 :-1985 : 0,0113 : 0,15 : 0,26. In.6rder to
check the coincidence of the r-quanta of Lu173 the coincidences
of ther-quanta with an energy of 274, 175 and "9 keV with the
other quanta of the spectrum were examined. The results are
Card 2/4

On the Lutetium Isotope With the Mass Number 173 SOT/46-22-7'-11/26
as follows: The or-line at T9 keV givew a aoinoidence with the
lines at 101i 175, and 274 keV. The r-line at 175 keT given
a ooinoidence with the 101 keV-line and with that of the self-
coincidence, whiah substantiates th&~oompcaits chaw&cter of
this line. A control experiment checking on the coincidence
of tho,2T4 k*V-line with the other lirras confirmed these.staten
ments. Based upon a combined evaluation of the resalts from
reference 3 and of this paper a decay scheme of-1073 is sug-
gested. The low activity of the preparation did-not permit to
determine the position of the 570 and 630 k&V tmanxi-tions. In
the computation of the relative coincidence probabi-lity of
variouaqr-quants, of Lu173 tho-aforementionvd deW sch and
t-h* known paraaeters,of the 7-00
measuring equipmeat for to-
incidences are usedw The results of the computation and of the
experiment well agree with each other. The staff of tho-Labo-
ratory for Nuclear Probleas.OIY&I assisted in the work* Ke
Ya, Gromov and B. S. Dzhel*pov discussed the results of the
investigation with the authors. There are 4 figures and 3
Card 3/4 references, 3 of which are Sovioto

On the Lut*t:ius Isotope With the Mass Number 173
SOV148-ei2-7-11126
ASSOCIATIOlh Radlyov" institut is* V. Go Xhlopina kkadeffii nauir SSSR
(Radius Institute imeni V. Go Xhlopin.,13 USSR)
Car.d 4/4

fv),
AUTHOR: Varshalovich, D. SOV/53-65-4-9/13
TITLE:' VIII Annual Congress of Nuclear Spectrosco!jy (VIII yezhegodnoye
soveshchaniye po yadernoy spektroskopii). 'rii
PERIODICAL: Uspekhi fizicheekikh nauk, 1958, Vol, 65, Nr 4,
PP. 724 - 725 (USSR)
ABSTRACT: Con'%I.Lnuation of the list of lectures held on occasion of
the VI II.Congress of Nuclear Spectroscopy, Leningrad,
January 27 - February 3, 1958. G.M.GorodinpjLiZ, A.N.Murin,
V.N.Pokrovskiy and B.K.Preobrazhenskiy (RIAN) * a report
Ue
q
on the mass number and the decay scheme of
Gd
4 T1/2 ~ 50 d)
(
146
and of Eu. (4,3 d); V.K.Adamchuk, A.A.Ba-shilov and B.K.
Preobrazhenskiy (LGU) on the y-intensities and internal 147
conversion coefficients for a number of transitions in Eu
and Eu'49; I.M.Antonlyeva, A.A.Bashilov, II.S.Dzhelepov and
B.K.Preobrazhenskiy(LGU) on conversion spectra and decay
schemes for Gd145, 04149, Gd'53, Eu145 and Eu149;V.I.Bara-
novskiyj A.N.Dobronravov, L.M.Krizhanskiy,, A.M.Murin, V.N.
Pokrovskiy and I.A.Yutlandov (RIAN,LGU) on the mass determi-
Card I nation of the Dy- and Tb-isotopes by means of mass spectro -

VIII Annual Congress of Nuclear Spectroscopy. III SOV/53-65-4-9/13
metrical analyses; B.S.Dzhelepov,B.K.Preobrazhenskiy, I.M.
Rogachev and P.N.Tishkin (LGU) on spectra of Dy-conversion
electron spectra, observation of many conversion lines
-at T112 ' 7,5 - 11 h,^j 38 h and A,5 d; N.M.Antonlyeva,
A.A.Bashilov, B.S.Dzhelepov and B.K.Preobrazhenskiy (LGU)
on Tb conversion spectra, transition energies, and decay
schemes (Tb-151, 153, 154, 155, 156; Gd-149, 151, 153); B.S.
Dzhelepov, O.Ye.Kraft, B.K.Preobrazhenskiy,G.F.Yushkevich
(LGU) on positron spectra and spectra of conversion electrons
of Dy; O.I.Grigorlyev, V.S.Kuznetsov, I.S.Shimanskaya, I.A. 59
Yutlandov (RIAN) onta wwgies of the transmutations Dyl 59 ---~ Tb'
and Er 16 5 Ho 165 and the L- and K-capture probabilities;
Ye.P.Grigorl,yev, B.S.Dzhelepov, A.V-Zolotavin, O.Ye.Kraft, B.
Kratsik and L.K.Peker (LGU) on conversion spectra of
Tb 16o and Ho 16o and the spectrum of the photoelectrons of
Tb 16o ;S.A.Baranov, Yu.F.Rodionov, G.V.Shishkin, L.V.
Chistyakov AN SSSR (AS USSR) on results of the investigation
of Dy161 level schemes; K.Ya.Gromov, B.S.Dzhelepov, A.G.
Card 2/4 Dmitriyev, V.A.Morozov, L.K.Peker, B.K.Proobrazhenakiy (RIAN)

VIII Annual Congress of Nuclear Spectroscopy. III SOV/53-65-4-9/13
on spectra of conversion electrons of Tm 166 (23 transitions
were investigated and the decay scheme was determined);
B.S.Dzhelepov, B.K.Preobrazhenskiy, L.K.Peker, B.k.Ser enko
(LGU) on the coincidence Of OGnversion electrons of EuW,
Tm ~65,Tm 166 and Tm 167;B.S.Dzbtlepov, B.K.Preobrazhenskiy,
Yu.V.Kholtnov and G.Ye.Shchukin(RIAN) on investigations in the
hard-range of the y-spectrum of the Lu-and Tm-isotopes which
exhibit a deficiency in neutronj A.I.Lebedev, A.H.Silantlyev,
I.A.Yutlandov (RIAN)on results of investigations concerning
the-y-radiation of Lu171; B.S.Dzhelepov, B.K.Preobrazhenskiy,
B.A.Sergiyenko (LGU) on the coincidence of conversion electrons
in the decay of Lu- and Tb-isotopes; G,M.Gorodinskiy, A.N.
Murin, B.N.Pokrovskiv and B.K.Preobrazhenskiy (RIAN) on the
decay scheme of LOT?, observation of 'a niunber of new I-lines;
P.M.Aron, G.M.Gorodinskiy, A.V.Kalyamin, A.N.Murin, V.A.
Yakolev, V.N.Pokrovskiy and B.K.Preobrazhenskiy (RIAN) on 173
investigations of Lu isotopespand on the decay scheme of Lu
I.S.Dneprovskiy, G.I.Kolesov, B.K.Preobrazhenskiy (GEMI)
on the conversion spectrum of the chain reaction
Card 3/4 Er 161 Ho 161 Dy 161
; E.Ye.Berlovich, M.P.Bonits,V.I.Brealav,

VIII Annual Congress of Nuclear Spectroscopy~ III SOV/53-65-4-9/13
K.M.Grotovskiy, B.K.Preobrazhenskiy (LFTI) on the life"time
of low nuclear levels excited by electron capture; V.13.
Rusinov, YU.L.Khazov (LFTI) on investigations of Hf186'M-
isomers; V.V.Anisovich (LFTI) took part in the discussion;-
M.P.Avotina and O.I.Sumbayev (VNIIII) on enirgy and intensity
of the y-radiation in the spectrum qf Au19
Card 4/4

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- .*revt probl.- or the ph7stcs
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SOV/120-59-4-17/50
AUTHORSQg&gajgg4g~~ Kochevanov, V. A.
TITLE: An Instrument for the Automatic Counting of the Number of
Pulses
PERIODICAL: Pribory i tekhnika eksperimenta, 1959, Nr 4, pp 81-85
(USSR)
ABSTRACT: The device is a spectrometer for the automatic registra-
tion Pf y-spectra. The block schematic of the instrument is
shown in Fig 1. The pulses are obtained from the photo-
multiplier I and amplified in the amplifier 2 . They are
afterwards applied to a single-channel differential discrimin-
ator 3 . The instrument includes a timer or clock which
can produce timing pulses spaced at intervals 1 2. 4 81 16,
32 see or 0.5, It 21 41 8 and 16 rain. The timing pulses are
applied to an automatic diserimination-level controller 5
which performs the following functions: a) shifting of the
discrimination level.by a pre-determined voltage value;
b) re-setting of the counter-circuit 6 which follows the
discriminator; c).blocking of the aounter 6 and d) apply-
ing the control signal to the automatic 'recorder 7 and to
the relay which controls two mechanical counters 9 . The
standard pulses.from the output of the discriminator are
Card 1/5 applied to the counter 6 which has a division ratio of 1:56.

SOV/120-59-4-17/50
An Instrument for the Automatic Counting of the Number of Pulses
The output of this is connected to the automatic recorder 7
and to one of the two mechanical counters 9 . The pulses
from the control system 5 are also applied to the register-
ing device. The purpose of the registering device is to pro-
duce a potential which would be proportional to the number of
the input pulsesduring a given time interval. For this pur-
pose, the registering device is furnished with a linear capa-
citive storage circuit.- This is illustrated in Fig 2. A
detailed circuit diagram of the registering devire is given
in Fig 3. This consists of a pulse shaper based on a uni-
vibrator (the first two tubes), a li-P)ar storage circuit.
similar to that of Fig 29'a. metering bridge and the automatic-
control circuit. The system includes a number of relays. The
pulses produced at the output of the univibrator have an
amplitude of 100 V and a duration of 100 jis. The pulses (from
the resistance R4) are applied to one of the capacitors 0 6
The capacitances are chosen so that a full deflection of the
Card 2/5

SOV/120-59-4-17/50
An Instrument for the Automatic Counting of the Number of Pulses
recorder pen is obtained after the appearance of 200, 500
1 000 2000 or 5000 pulses. The operation of the device Is
as foilows. If, 'initially, the relays P 1 and P2 are in
the position 1 (see Figure 3), the capacitor C 7 is dis-
charged and the grid of the fifth tube is at a potential of
+75 V with respect to ground, the capacitor 06 will be
charged to the right-hand portion of the third tube due to
the appearance of the pulses at the anode of the univibrator.
In the meantime, the potential of the capacitor 0 7 remains
unchanged..The voltage-of C, which was produced during
the preceding exposure, is applied through the relay P 1 to
the grid of the seventh tube, whose cathode is connected with
the recorder by means of the bridge circuit. Consequently,
-while the capacitance C6 of the second storage circuit
changes its potential due to thtv pulses,, the recorder is
connected to C and its pen traces a straigbb line, whose
position corresponds to the potential of C When the
?
next pulse from the timer operates relays P and P6
Card 3/5 5

BOV/120-59-4-17/50
An Instrument for the Automatic Counting of the Number of Pulses
and a uniselector, the relays PI and P2 change over to
the second position and the relay P3 instantly discharges
C7 . Nowl the pen of the recorder indicates the potential
of C6 and the capacitor 0 7 is being charged by the pulses.
The device was employed to investigate the y-spectra of Csl37
140
and Pr . The results are shown in Figs 4 and 5. The
exposure time for each point of Fig 4 was 16 see, while that
of.Fig 5 was 96 see. The authors express their gratitude to
Card 4/5

SOV/120-59-4-17/50
'An Instrument for the Automatic Counting of the Number of Pulses
A. N. Murin for his interest in this work and discussion of
the results and to Kokish who recommended the linear storage
circuits; acknowledgment is also made to R. X. Kuznetsov and
L. A. Smirnov for their help in the construction of the in-
strument. There are 5 figures and 6 references, of which 5
are Soviet and 1 English.
ASSOCIATION: Leningradskiy gosudarstvennyy universitet (Leningrad
State University)
SUMITTED: May 31., 1958.
Card 5/5

GORODIMKIY, G.M.
--------
.jothod of measurizig the half-lives of short-lived radioactive elements.
Trudy Fadiev.inat*AN SSSR 1:258-267 159. (MM ]A: 6)
(Radioactive subetances-Decay)

3/048/60/024/()3/11/019
JP/ B006/BO14
AUTHORS: Baranovskiy. V I., 2orolinm iy- a- /?
TITLE: Determination of the Number of Degay Events'of Electron-
capturing Preparations by Means of a 4n Scintillation
Counteg
141
PERIODICAL: Izvestiya Akadenii nauk SSSR. Seriya fizicheakayal 19609
Vol. 24, No- 39 PP. 313-323
TEXT: The article under review was read at the Tenth All-Union Confer-
enoe on Nuclear Spectroscopy (Moscowg January 19 - 27, 1960),, The compli-
cated problem of carrying out absolute countings in 4n geomeTry was solved
by the authors with the help of a CsI(Tl) scintillation counter. A
detailed description is given of the counting technique and 'the theory of
determination of the desired quantities. The counter described is suited
for counting radiations with E > 30 kev. The crystal used for the counter
had a diameter of 30 mm and a height of 25 mm. The sample (Tu167 in the
above-mentioned case) was placed into a 3 mm thick, 13 mm deep hole.
Card 1/3 Vr

Determination of the Number of Decay Events S/04 60/024/03/11/019
of Electron-capturing Preparations by Means B006%014
of a 41 Scintillation Counter
The solid angle did not devi5te by more then 1 - 2 pe- cent from
4%. The hole in the arystal wav lined with aluminum foil (3-4 mg/ca2),
so that the preparation lay on the bottom of this "container". Fig. 2
shows the ?-3PSOtrUM Of the Tu167 preparation, which was recorded
inside the crystal. The determination of the relation between the decays
No that have taken place and the decays Noount that were recorded by
the counter is now the principal theoretical problem. It is assumed that
Wcount 0 1 No- f is theoretioally calculated for the i-th and the 1-th
channels of the devioeq and one obtains formula (7). In the following
aection, the authors discuss ihe determination of the efficiency of the
crystal with respect to I-radiationg and some formulaB are given. The
next section deals with an analysis of formula (7)9 which gives S . It
is shown that the isotopes under consideration may be divided into two
classes: 1) One class embraces the isotopes whose decay energy exceeds
considerably the potential energy of the K-electron. In this case, the
ground state is reached only in few decayso For these isotopes,
S - 0-95 t 0-05 (error t 1 -2%), irrespective of the decay scheme*
Card 2/3 q1

'01
3 ~42
Determination of the Number of Decay Events S/048'60/024/03/11/019
of Electron-capturing Preparations by Means Boo6~BO14
of a 4W Scintillation Counter
2) The other class comprises the isotopes with a small decay energy. In
this case, the ground state is reached in tLe major part of decays. Hereq
S depends on the decay scheme of the respective isotope. In the lsot
section, the authors discuss the determination of J in the case of
isomeric transition. Finally, it is said that the above-described counter
is very useful for recording X-rays and gamma rays in a wide energy range,
and that it is highly sensitive. It is possible to measure activities of
up to 10-10 curies (statistical error of t 5%). Further, the counter
records decay events very accurately (between �1% and t5%), and is easy
to operate. The authors finally thank Ao N. Nurin and "B. 1C.
Preobrazhenskiy for their discussions. Tnere are 8 figures, 2 tables,
and 9 references, 8 of which are Soviet.
ASSOCIATION: Radiyevyy institut im. V. a. Xhlopina Akademii nauk SSSR
Sciences, USSR
Card 3/3

S/056/62/043/006/014/067
B154/B102
AUTHORSi Garodihaki G. M.uKrizhanskiyp L. M6y Kruglovy Ye. M. 7,
.119M
TITLSi Oh- magrlitud6'-6f'-quadrilpole.interaction between Si nuclei
and the crystal lattice
PERIODICALt Zhurnal eksperimentaltnoy i tooreticheskoy fiziki,-v. 43,
no. 6(12), 1962, 2050 - 2052
TEXT% The authors investigate-the discrepancies observed between other
authors' results(e.g. ZhETF, 40, 713, ig61; 41 1347, 1961; 41., 1767, 1961
and Proc. Phys. Soc., 77, 1062p 1960; Phys. Rev., 123, 179, 1961; 120, 2211,
1960) concerning measurements of,the quadrupole interaction between the
ligm
Sn nucleus and the crystal lattice.. The experimental values of the
resonance absorptl,on line widths 20 varied between.0.9 and 1.8 mm/sec
exp .8
and the splitting conatants A between 3e10' ev and ("11.0 :t 1-5)*1078 ev.
The authors of the present paper used as source a-7-15 mg1cra2 thick
foilL:(O.J~ Snll2;* !' 119.. 118
P-Sn 2.3f. Sn , 940/-c Sn ) irradiated by a neutron beam
of integral flux 2.1.1020 ~neutrons/CM2. p-sn foils of several thicknesses
Card 1h

S/056/62/043/006/014/067
On magnitude of quadrupole*.o B154/B102
Ldrnd to the Table: (i) Compound and the type of the lattice
(2 thickness, mg/cm2j (3) 2rexpp 10-8 evs (4) isoieric, shiftt'10-8 ev,
type of the lattices T tetragonal, T(X) tetragonal chalco-pyrite.
Card 3/3

S/020/62/147/001/018/022
B101/B144
AUTHORS: Goltdanskiy, V. I., Corresponding Member AS USSR, 02rod~n~s
GI M. Karyagin, S. V., Korytko, L. A., Krizhanskiy, L. M.,
Makarov, Ye. F., Suzdalev, I. P., Khrapov, V. V.
TITLE: Investigation into the M699bauer offect in tin compounds
PERIODICAL: Akademiya nauk SSSR. Doklady, V. 147, no. 1, 1962, 127 - 130
TEXT: The M~ssbauer effect in the a ymmetrical compounds SnCl SnBr
4 f 40
SnI 41 Sn(C6H 5)4 and SnO2and in the asymmetrical compounds Ph 3SnHal
(Ph - C6H 5' Hal = F, Cl, Br, I) was studie d using an apparatus in which the
absorber moved uniformly with respect to the source and an apparatus-with
sinusoidal movement. P-Sn or SnO 2 were used as sources of the 23.8-kev
gamma-quanta (Sn'19m). With the symmetrical compounds the chemicRl sh.ift 6
of the absorber lines with respect to P-Sn, expressed in mm/sec
(1mm/sec - 7-9-10- a ev), was a linear function of the electronegativity of
the atoms bound to Sn. The equation 6. 1.6-10-29rly.(0)12b (0)12 itt]&Oev
L! 4.
Card 1/5 a sorb I em