SCIENTIFIC ABSTRACT SHERENTSIS, A.N. - SHERESHEVSKIY, A.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549110020-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SERRENTSIS, A.K., inzhener.
- - - -1,-~.4"._--
Grounding devices of high-voltage electric transmission lines.
Energetik 1 no.7:22-24 D 153. (MLRA 6:12)
(Blectric lines--Overhead)

C
-n --e-tal su-,-~-rts.
7. In-ula' -'-n -dS I c%olt e! ectric scion I i-:-
195"
9. Monthly List of Russian Accessions, Library of Congress, j-une 1953. Unclassified.

I ., i-,_ - .- ') - , , " f-f /V.
GIMIBNG01114, A.I., inzhaner- SHERENTSIS, A.N., Inzhener.
Trans-DositIon of an electric transmission line. Faektrichestvo no.4:
87-88 AP 154. (MLPA 70)
(Electric lines-Overhead)

/9 E A/ Ts 1
621315.051 621.315.M
03Z Nba-1whilmse opeaft coaklow an long
N A Mg;~Nucgv mv, A. N.
1954, 6, P1
The UAlflm of maintaining operation on duplex
transmission systents in the caw pf an interruption Of
individual phase in one or more fine sections is dis-
CUSUd. Ttw resulting asymmetry of the cuVrents and
voltages in the parts ofthe circuits which In thcrnsolves
renutin symmetrical rmy be radapW by artificial
means. This Is particuli4rly neqcssm If (as rccom-
mended by the regulations) oil the cuttin"Ut of a
faulted phase In one of Qw. two circuits, dic corrc-'
iponding phase of the other circuit is also discon-
nectbd. The result' a asynunctry may then. %ithout
interwntion of the tonsitudinal compflisation. exceed
the permissible limits for hydro-gericiAtors. mostly
supplying the long-distance trinimiaiort -systems.
T710 transverse compensation may also phly a certain
part in reducing the asymmetry. It is obvious that
the'system protection needs st,apeclal adjustment
where this type of operation is Intended. The c1lects
an the tMnsrnitting cupwily and stability are analysed
in a theorctical uppendix. IL P. KVLAAA

If A5 /.3
AID P - 602
Subject USSR/Electricity
Card 1/2 Pub. 27 - 6/35
Authors KoBtenko' M. V., Dr. of Tech. Sci., Polovoy, I. F., Kand.
of Tech. Sci., Leningrad Polytechnic Institute im. Kalinin,
Sherentsis, A. N., Eng., Teploelektroproyekt
Title Selection of the surge insulation level of 400-kv ap-
paratus and transformers
Periodical Elektrichestvo, 8, 31-36, Ag 1954
Abstract In 1949 the All-Union Electrotechnical Institute im.
Lenin (VEI) worked out "Instructions Concern:Lng the
Insulation Level for Designing 400-kv AC Installations".
The VEI and the Leningrad Polytechnic Institute made
special tests on the lightning protection of 400-kv
substations. The importance of an uninterrupted opera-
tion of these installations was taken into consideration
as well as the low probability of surges coming into the
substation from the transmission lines with a high-level

AID P - 1215
Subject USSR/Electricity
Card 1/2 Pub. 27 - 10/34
Authors Mellnikov, N. A., Kand. of Tech. Sci., and
Sherentsis, A. N., Eng.
Title Tapping power from electric transmission lines through
capacitors
Periodical Elektrichestvo, 12, 51-56, D 1954
Abstract The frequent need to tap small quantities of power for
local (agricultural or auxiliary) use from a high voltage
electric transmission line without building costly sub-
stations is discussed. Such tapping can best be done
through the installation of capacitors of high frequency
communication system. The cost of additional equipment
is low. With the power factor 0.8J. it is possible to ob-
tain a tapped capacity up to 360 kw. 12 diagrams, 3 Russian
references (1950-1952).

Elektrichestvo, 12, 51-56, D 1954
Card 2/2 Pub. 27 - 10/34
AID P - 1215
Institutions: VZEI (All-Union Correspondence Electrical Institute) and
TEPLOENERGOPROYEKT (Trust for the Planning and Investi-
gation of Thermal and Electric Power Plants, Networks
and Substations)
Submitted Jl 10, 1954

X/A

SHERLOTSIS, A.N., inzh.
Protection of transmission lines against atmospheric overvoltages
(from "El.Times," no.3383-3384 1956). Elek.sta. supplement no.6:41-43
11-D 15 7. (MIRA 11:2)
(Electric lines)

LTSKOV, Tu.I., inzh.-, SHERE11TSIS, A.N..
Dee-p groii-iding for electri-: ~,cles on 35-400 k7.
x1p1c.!~t-1. -99 nc,.10:6~-67 (MIRA 10:11)
(Eloctrl~- l!iirrtm.-;--(;ro,jndinv)

MELINIKOV, N.A., kand.tekhn.nauk; GERSHENGORN, A.I., inzh.; SHEREPTSIS,
A.N., inzh.
Ground wires for long transmission lines. Elektrit;Izeatvo no.l:
25-30 Ja '58. (MIRk 11:2)
l.Vaesoy-aznyT zaochnyy energeticheskiy institut (for Melinikov).
2.Teploolektroproyekt (for Gershengorn, Sherentsis).
(Electric lines--Overhead)

"UTHOR: 6herentsis, A. 11. h;ngineer 105-5d-o-20/21
From Foreign Technical PeriGdicals (Po strani~sam
tekhnicheski-In zburnalov)
P_-'_)IODI;_'AL: E1-2ktrichestvo, 1~5b, Jr d, pp. ~e-qb ~USSR)
ABJI:~21,'f The autiior gives an explicit survey or test transformers
and - equipment used in t!ie USA. Ali data ar-- taken from
American periodicals ~compare Refs 1 There are 4
figures, 5 tables, and 5 referencest
1. Transformers--USA 2. Transformers--Equipment--USA
Card 1/1

SHERENTSIS, A.N., inzh.
ing the rated voltage of 35-220 1--v. electric networks. 31ek. sta.
29'no.10:58-64 0 '58. 01M 11;u)
(Electric notworks)

BELYAKOV, N.N., kand.tekb.nauk; SHERENTSIS, A.R., lnzh.
Present-day surge protecAton of 35 to 500 kv. switchgear.
Elek-trichestvo no.7:51-56 Jl 16o. (MIRA 13:8)
1. Vsesoyuznyy nauchno-issledovatel'skly institut elektroenergetiki
(for Belyakov). 2. Teploo-tektroproyekt (for Sherentsis).
(Electric switchgear)
(Electric protection)

BELYAKOV, N.N., kancl.teklm.nauk; SMENTSIS, A.N., inzh.
We should revise the OInstructions on protection from
overloadom in conjunctioh with changes in the design
conditions and use of electric systems. Alek.sta- 31
no-5:44-50 My 160. (HIM 13:8)
(Blectric engineering--Contracts and specifications)
I (Blectric protection)

SERRENTSIS, A.N., inzh.
System of grounding lightning protection lines on
power tran mission lines. Energetik 8 no-11:35-37
high-voltage
N 160.
WRA 13: 12)
(Ilectric lines--Overhead)
(Lightning protection)

BELYAKOV, N.N., lcand.tekhn.nauk; SHERNIITSIS, iL.N., irizh.
Prevent-day system for protecting electric power transmission lines
fr6m lightning surges. Iblektrichestvo no. H 160.
(MIRA 13:3-2)
1. Vsesovuznyy nauchno-isaledovatellskiy in8tittit energetiki
(for Belyakov). 2. Teploelektroproyekt (for gherentsia).
(11nntric lineo--Overhead)
(Lightning protection)

SHERENTSIS, A
Grounding of high-voltage power line guy strands. Energetik 9
no-3:39 Mr 161. (MIRA 14:7)
(Electric lines--Poles) (Electric currents-Grounding)

I-'ELINIKOV, Nikolay Aleksandrovich; ROKOTYAN, Sergey Sergeyevich;
SITERENTSIS, Arnolld Naumovich; 11HOLAYEVA, M.I.y red.;
BUL'DYAYEV, N.A., tekhn. red.
[Design of the electrical section of 330-500 kv. overhead
power transmission lines] Proektirovanie elektricheskoi
chasti vozdushnykh linii elektroperedachi 330-500 kv. Mo-
skva, Gosenergoizdat, 1963. 559 p. (MIRA 17:4)

SHERENTSIS, A.N.
Methodology for capacitive power take-off from overhead
power transmissio4 lines. Energetik 11 no-4:41 Ap 163.
(MIRA 16:3)
(Electric power distribution)

SHEhENTSIS, A.N... inzh.; GOROSHKINA, V.A.J. inzh.
Economic limits of current loads for 1-10-550 kv. overhead power
transmission lines using standardized towers. Elektrichestvo no.3:
39-45 Mr 163. (MIRA 16,t4)
1. Institut OEnergoset'proyekt*.
(Electric power distribution)

EY: AL I i," F -,z
! s s-upports and wires
Desim
LO/61-19 31 Konstn-k-
-,foitage F-cwe-,- transr.-dss*oii lines,
,.sii opor i linii. e-lektroperedachi Teremennc--c
toka sler'4-~,,ysckc,;-o ma-priazlemia. '9"1-1963. Mcs'cva,
C)
,64. ~.8 P. (MIRA 18:2)
1
Ak- ~eT'- iya naulk SSSR. Institut nauchnny i-nfcrTIa~-s.-*,-i.

L 31825-65
'ACCEMION M AN4043704
BOOK EIPLOTTATION
'Maltnikov
Nikoley Aleksandrovichl Rokotyan, Sergey Sergeyevich; Ahmad.804
Arnolld Na
5 -i
!Designing electrical parts of serial lines for. electrotranamission, from 330
to 500 kv (Proyektiroveniye elektricheakoy chaisti. vozdmohnykh liniy-
elektropei-idechi 330-500 kv)s Moscows Gosenergoisdato 1964s 559 p, muses
biblioe 39000 Copies printed*
ITOPIC TAGst electrical distribution systems superhigh voltagep electrical
iengineering
'PURPOSE AND COVERAGE: This book presents experience gained in the WSR
and
4broad on the design, constructions and use of 330406 kilovolts electrical
owzewiff
of eleatrical trawdeatea system amd tA4&tr heate- gmm&fAm,
Problem In the opmUnatIon or Invulatdonp Xoteotjo,7 ggalwt Intsmi aw
:atmoopheric overloadsp line construction and other problaw connected vIth ~j
%s assIgn ot '330-606 WAwdlts electries"I transmiselon lima are citea. The
book Is intended for angireeris vo-Mmg in the designs constractimp and vae or
C17rd 213

L,31.825-65
ACCESSION NR AM4043704
Cho II, Selection of the length of transposition cycles of electrical
transmission lines
424
Ch. ni. Grounding cables in long-range electrical transmission -442-
Ch, nii, Compensation of the parameters of electrical transmission lines 457
Cho =1, Starting regime of electrical transmission 481
Conclusion -494
Appendices .513
21JDec43
SUBMMEDt
SUB CCDRI Is
WO REF SM OTMt 036

GOROSHKINA, V.A.; SHERENTSIS, A.N.
Author's reply. Elektrichestvo no.4:91-92 Ap 1(5 *
. ..~i ~: -1
. --r-

L 11550-66 EWT(1)/FV1A(h)
ACC NR: AP6005025 SOURCE CODE UR/0105/65/000/001/0007/0014
J"
AUTHOR: Burgsdorf,- V. V.; Rokotyan, So So; Sheren~sls, As No
ORG: none
1'/11
TITLE: EHV transmission lines in the Soviet Union
SOURCE: Elektrichestvo, no. 1. 1965, 7-14
TOPIC TAGS: high voltage line, electric power engineering, electric power
transmission
P a in the construction of 500*kir lines In 'the USSR in
ABSTRACT .. rogres
:revIe='t of the roughly 10,000 km planned for 1959-1965, 8,000 km have
.been completed by Dec 64, including 900 ka operating temporarily at 220
.ky). The immediate need for 750 kv lines up to 1,500 ko long, with power
:capabilities of 2.5 to 3 Gw, is reported (construction of an experimental-
'commercial 750 kv line, from Konakovo GRES to Moscow, was begun in 1964).
Soviet research results in EHV transmission are cited to disprove foreign
,authors (e.g. ABETTI, AILLERET or JANCKE) who claim that the 1957 decision
'to convert to 500 kv the 400 kv lines built or designed in the 1950's was
possible because of considerable reserves in the designed insulation.
These results include Low factors of assurance in relation to the
average actual voltage (factors of 3.01 2.5 and 2.1 for 400, 500 and 750
kv, respectively). 2) Improvements in regulation of systemr-generated
overvoltages (e.g. connect!ng
-.~49 shunt reactors direc 1y to the lins~

L 11550-66
ACC NR: Apwoo25
3) Better lightning protection (the economy)of*ground wireal only angles
of 20 to 30' offer reliable protection). 4 Economical use of conductors
'(recommended current densities for the 500 kv three-phase system with
three 400, 500 or 600 mm2 ASO-brand conductors per phase are 0.6-0.8 and
0.8-1.0 amp/mm2 for European USSR and Siberia, respectively, and the maxi-
.mum electric field intensity is generally 10-15* higher than abroad; the
750 kv three-phase system will have four 600 mm4 ASO conductors per phase).
5) Prefabricated supporting towers (a dimensional diagram in presented
of the steel tower for 750 kv..lines,.. similar to -the . rot nforc-ed.-ponoreto
tower for 500 kv lines). Orig. art. has-; 6.figures and 7 tables. /J-PRS7
SUB CODE: 09 / SUBM DATE: 08Feb64 / ORIG REF: 006 / OTH REF: 003
~A 1.0

L 6395-66 ENT (1) 10W A (h)
ACC NR: AP5020926 SOURCE CODE: LIR/0142/65/008/003/0337/0345
AUTHOR: Simontov, I. M.; Sherepa, V-~ F.
ORG: none All
TITLE: Balanced frequency detectors with systems of mutually detuned pairs of
circuits
SOURCE: IVUZ. Radiotekbnika, v. 8, no. 3, 1965, 337-345
TOPIC TAGS: nonlinear automatic control system, circuit design, circuit theory
ABSTRACT: An analysis is made of nonlinear distortions produced in balanced fre-
quency detectors by technically unavoidable asymmetrical deviations of:the circuit
parameters of the opposing arms of balanced circuits. A circuit is proposed which
it is believed has not been examined previously in the literature. Fig. 1 shows a
conventional frequency discriminator circuit, and fig. 2 fhows the authors' circuit,:..---
which minimizes parameter deviations. In addition, the gains of the arms can be ad-:
justed separately by regulating the grid biases of the tubes. Proper selection of
circuit parameters for minimum nonlinear distortion is discussed. Orig. art. has:
6, figures, 21 formulas.
Card 1/2

L 6395~bt)-- -
ACC NR: AP5020926
U
Fig. 1. Circuit of frequency dis- Fig. 2. Circuit of frequency dis-
criminator with two mutually de- criminator with mutually detuned
tuned pairs of circuits: pairs of circuits:
to; b MIN k b_-a 1, - I": QIM Q1 M 428 M
-VFI _ts; I' -A IS. foe: VT,_F9 Q,_ MwQd~Q.
-QR-Qs Q.
~(~IJB COEC: Z3,DP/ sm Das: igireb6k/ WMEW: W5 OTRMW: 000
Me: 62lo376*33
Card 2/2

~a - - c7s c-,, rcn-
Ile,
18:91
E t" r 0

VATID-111G, M.Ye.; SMIMPA, V.F.
Twonty-first A32-Union Scientific Swalon of the AeSe
Po,,xw Society of Pladio and Eleatzonics. RadlotekhrAka 20
no.11:75-M if 165- (MP-A 18tu)

L 53584-65
ACCESSION NR: 05MOM UR/O]M/64/019/01VO077/6080
AU THOR member),-'Vapibergs e
z Shq;~epajV. F. (Active Ma . (Active member)
TITLEt Science-Technical Conference Dedicated to the Mth Anniversary of the Liber
ation of Odessa and the Radio Day
SOURCE: Radiotekbnika., v. 19., noe n., 1964., 77-80
TOPIC TAGS: comiunication conference
ei jiven'it the above mentioned con-1
Abstracti Summaries of all the r ports
ference, held 6-14 April 1964 in Odessa, are-given. Over 400 science and
engineering workers of the Odessa are& took part, as well as representa-
'tives of schools and institutes *of Moscovp Leningradq Kiev, Novosibirsk,
Ifinsk, Lvov and other citles. Reports are summarized on radio in the
,tdodern world, long-distance communicationeg quantum electronicsdevelop.-
iment df an electronic reader, Increasing the throughput of radio channels.'
:the connection of the statistical properties,of sound signals with their -77
Anformation content, development of microelectronics, the application of
electronice.to medicine, the theory of electric circuits (including.DC
amplifier circuits and circuits for simultaneous AM and FM),. mathematical"
_carjf
.. . . . .............

L '25923-66
ACC N_RTATP7
AUTHOR- Vaynberg, M. Yeo; Sherepa, V. Z-4
ORG: none
TITIE: Scientific-engineering conference in Odessa commemorating the 70th anniveri
of the invention of the radio-
SOURCE: Radiotekhnika, v. 20, no. 11, 1965, 77-78
TOPIC TAGS: pattern recognition, circuit -theory, TV equipment, electronic equipment,
electronic conference, communication conference
ABSTRACT: The conference mentioned in the title was held from --i
24 to 29 May 1965 and was organized by the Odesskly elektrotekh--
.nicheskiy Institut svyazi (Odessa Electrotechnical Communications
;Institute) jointly with the Oblastnyy NTORiE ffauchno-techiiieh
,obshchestvo radiotekhniki I elektrosvyazi; Scientific-Engineering
:Association of Radioengineering and Electrical Communications7
Im. A. S. Popov, the Oblast Board of the "Manlye" Society, and
the OEIS fO-desskiy elektrotekhnicheskiy institut svyazi; Odess
,Electrotechnical Communications Institute. The conference was
Attended by 500 scientific and engineering-technological workers
from Odessa and guests from other localities. The article gives
names and brief-summaries of 35 gf_the 80 pE~pers presented to the
Card 1/2

L 25923-66
ACC NR% AP6o16682
arious sections of the conference (television and pattern-recog-
nition, radloteohnioal and electronic devices, theory of eleatronio
eiroults,_sIgnal transfer, automatic switehing# and channels of
communications). fi-PR2S
MM CODE 09, 17 SUBM DATE: none
Card 2/2

KHODOV, L.V. ; SIMMER, G.N.
Cray Orm-Dressine, Combine. Shakht.stroi. no.11:23-21" N '59.
04IRA 13:3)
(Gay (Orenburg Province)--Ore drosging)

ro

SHH M , I.N., inshener.
Water-level alarms in boilers. Bezop.truda v prom. 1 no.6:37
Je '57. (XLELP 10: 7)
(Boilers--Safety appliances)

1, 209la-66 9-Q(e)/W(m)/&4P(t)/b-WP(k) JD
ACC HR-. AP6002605 (A) SOURCE COM UR/0286/65/000/023/0104/0104
AUTHORSt_ Folyak, D. G.; YeRorov, Yu. I.; Shere= H. A*
ORGi none
TITLE3 A device for the automatic control of an electromagnetic awde clutch of
an automobiles Class 63t Noe 149311
SOURCE: Byulleten' :Lzobreteniy i tovarnykh znakov, no. 23, 1965, 104
TOPIC TAGS: electromagnetic deviceg clutch, automatic control equipment
ABSTRACT: This Author Certificate presents a device for the automatic control of
an automobile 'electromagnetic powder clutch. The device., including a relay and a
resistor, simplifies the mechanism construction. The relay has three windings,
One of the relay windings is connected to the generator armature, the second to
the shunt winding of the generator, and the third to the winding of the armature
which automatically disengages the supplementary resistance of the winding circuit
of the clutch when the motor reaches a specified rpm.
SUB CODE: 13/ SUBM DAM O5May60
:Card

V.M.; SHERFSHEVA, N.B.
Correlations between the nemispheres in doals with a split braln.
Zhur. vys. nerv. deiat. 15 no.6:977-981 N-D 165-
(MIRA 19:1)
1. Laboratoriya uslovnykh refleksov Instituta fiziologii AN GruzSSR,
Tb3lisi. Siibmitted March 5, 1965.

ZOTKIN, I.T.; SHTMSHEVSKAYA, A.E.
Shape Of the crescent and surface features of Venus in 1951-
Biul.VAGO no-23:39-45 '58. (MIRA 11:11)
1. Moskovskoye otedelenive Vaesoyuznogo astronomo-geodezicheskogo
obahchestva, planetnyy otdel.
(Venus (Planet))

Determi!3atlon of nijnrt7 in the presence silicafeg.
1. S. Shereshevska -0-
j orosts Med 1952. No. zo DU
itli W native silicates ~Illch a*re
most irequently found in wthe presence of quartz in industrial
dust. The mitier.,ds were ground In agate mortars, passed
through Cu and silk sieves. Fructions of plArticles measur-
111 0.25-0.1 into. wert then stispended In 3 mcially prep(l.
Solus. Of d. such that tbe flutirtz settle.% to t1te bottom :itid-
theoligoclaseris~itolhctop. Admi-xis.stispectedofhaving
come down with the quartz were removed by tre-ating the AJ6/
sediment with H.SiF, and HBF, or hi, tresaing fn~ 2 li~-
with H:~;Od followed by Ifil'04 and washinK for 15 min. wit.
5,r/O soda lime goln. D. S. Levirle

a a,
t Fa t' er' razot, )swfas.-.c~
a:
or .3 tr~0 kh .-t "o 1 V,

EXCERPrA ITDICA SP Vp;.12/5 Ophthalmolo_-y 'L:ay 58
a.-
729. IIA RTIC I PATION
61.-'I'IIE [RIS IN THE EXCHANGE PROCESSES BEJAkEEN
BLOOD AND INTRA-OCULAR FLUIDS (Russian text) - S h e r e - h e v s k a y a
L. Y. - SBORN. INFORM. -METOD.MATERIAL. I.1;5-1~7=56, 4 -(25-26)
FifteeTrrYprirnents were carried out on 12 rabbits. Trypan blue (1.0 g.tKg. body
weight) was injected intravenously, and galvanization was applied to the right eye
region (5 ma. for 30 min. ). The galvanization had the effect of increasing vascular
permeability in the anterior portion of the eye. Staining of the iris firstly appeared
at the ciliary region, later spreading to the margin of the pupil. Ten to 15 min.
after diffusion out of the iridial blood vessels the stain appeared in the pupil area
from the posterior chamber. After 6-14 hr. the stain disappeared from the anteri-
or chamber. Staining of the iris persisted for as long as 2-4 days. Histologic ex-
aminations of 8 eyes confirmed the participation of the iridial blood vessels in the
transfer of trypan blue from the blood into the anterior chamber. (SI

~.`01.1215 OphthaLmoloa "2Y 5 8
P';
784. STUDY OF THE INFLUENCE OF MULTIPLE REPEATED APPLICATIONS
OF DIA'rIlERMOCOAGULATION AND DIATHERNMY IN CASES OF STAGE 3
TRACHOMA (Russian text) - Shereshevskaya L. Ya. and Polya-
k o v a M. 1. - SBORN. INFORNI. -N MTOD. ~NIA ~. INST. 1956, 4
(117-120)
Study was made of the influence of repeated diathermocoagulation and diathermy
in 30 cases of stage 3 trachoma, all of which had previously been treated by vari-
ous methods for from I year to 10 or more years. The cornea was affected in all
cases. Twenty-two patients received repeated series of applications of diathermo-
coagulation. In 8 patients, after 2 courses of therapeutic diathermy (30 applicat-
ions in a course), massage of the conjunctiva with a 176 emulsion of synthomycin
(chloramphenicol) was carried out. The diathermocoagulation was conductedusing
a needle electrode with a shielded end (10-12 electropunctures in the affected part
of the conjunctiva to a depth of 1-2 mm. and the distance between them not less
than I mm. with a current of 60-70 ma.). The number of sessions varied from 2
to 6 with intervals of 3-6 weeks, In intractable types of trachoma, especially pa-
pillary forms, repeated applications of diathercriocoagulation are most effective.
Therapeutic diathermy with subsequent massage of the conjunctiva with a 1% emul-
sion of synthomycin leads to a diminution of infiltration and arrest of the catarrhal
features. (S)

3h-iu~JiiLVjrul-~A)
Experimental studies of the action of ultrasonics on the eye,
"A
Oft. zhur. 16 no.7:418-42-4 161. (1L1' ' 14:12)
1. Iz Gosudarstvennogo nauchno-isoledovatellskogo instituta glamy'kh
bolezney imeni Gel'.,ngolltsa (dir. - A.V.Roslavtsev).
( -.-Yi") (Ul~liu'WONIC WAVES-PHYSIOLOGIG,IL E2,~,'LGT)

use of
2,7) n o 3 1- 5
iDSt;tllt gi-aznyk',-
Gellingoilt.;3ti (d.-r. A.V.Itoslavlse-.r'!, Moskva.

T,r
IT_

SHERESHEVSKAYA, N. Ya.; SKRIFKO, T. V.
Congenital leucosis. Probl. gemat. i perel. krovi no.10:57-58 1,61.
(MIRA 14:12)
1. Iz kafedry gospitallnoy pediatrii (zav. - prof. B. I. Gurvich)
Gor:kovsko o meditsinskogo instituta i detskoy gorodskoy klinicheskoy
bal nitsy fglavnyy vrach Ye. G. Krupko)
I
(LEUCOSIS) (INFANTS(UMORN)--DISEASES) 1.

SHMSH-WSK.AYA, R.M. -, nauchnyy sotrudnik
Blood plasma substitute I-110 (s7ncol). Akt.vop.perel.krovi no.6:
329-339 '58. (MIR_A, 1-1:1)
(DEEIRAN)

-5 C -14/2-0
AUTHOFIS: N. (Assiotant Chic-C of' RaLI-Bearu
Pore(11:10, `hel.c v
a Y aH-. M. (Senlot, LnGLtieer ot, PlDrIL
LaUoVatovyy
TITLE ItICL-eaUed Life 01' CLItters f0P CutUng Hot Metal
PERIODICAL: MetallUPg, 1959, NL- 10, pp 27-28 (USSR)
ABSTRACT: In the railbeam shop of Plant imeni Petf,ovski~r
(zav'od imeni Petrovskogo) cutting edges of cu'Cte!-s
C~
aPe built up wLth 3Kh2V8 alloy steel. After
forging and machining 45-steel cutters are annealed
from 810 C. An automatic ABS-type welding head is
used and work is done submerged in AN-20 flux of the
following composition M: SL02 : 19-24, Al~)O_:
`2, CaF,: 25--', MgO: 9-1--, CaO:
.0-9.0, K,O:
4-_`.0, FeO and MnO: maxir.,ium 1.0 and 0.5, re-
Capd 1/3 spectively, S: 0.01", P: 0.05. Mazimu-r. fluy moisture:

Increased Life o" Cutte-s ,'Or- ClItti,~c-r '-70' Meta'. I
5 5 2
S 0 C) - C'q- I
0.1%. Electrode wire PP_--'Xh2T3 made of )owde_-eC_~
matei ial and di.,ect ,everse oola~-ity cu.-.--ent Dr' '20
to ~~50 amp are used. P.,:-c voltage: '~J'2' to sPeed
o a.-c motion: 22 inAh, speed of wire fe_ed: % m/h.
The latter can vai-Leic-1, by interchalnScuble ai~'h-
i n the range of 28.1_; to 255 w./in. T'ne
I s olaced in a furnace heated to 400 C . The 'u nace
is turned off and slw~:I, cooled 'I-JI'_'.t',71 the cu-,,te.
Tempering for 2 hrs at 300 C I'ollov.,s. H a - -, e s s
45 to 49 R, . C h e Tr. i c a I c o mp o s it- i on, o If 'a u i I t -r:, e -, a 1
9 -11, 0.
C : 0.2-), kn: 0.89, SI_: 0.92, C~-: 2.5, v
t' Al I
S: 0.070. Ave_--age cutteo life: P,, fiourS. The use of
bul-It-up cutters -educed Lon by t*[-~~_-_,ty
i me s There aL,e 2 _'Lgur-es.
Card 2/71,

Ll-rc, ol' 1'(W
Hot Metal SOV 3,',) -59-
Izz
\' 7f
FLg- 2. Magram of cutter settLng before hiiilrlln[~
up: (1) cutter; (2) flUX; ViSC; 1)0,'-.
ASSOCIATION: Plant ineni Petrovskiy (Zavod imeni Petrovskogo)
Card 3/3

RYZHKOV, P.Ya.~ SHEIMHEVSKAYA, R.M.
Surface defects on rolled metal. Metallurg 6 no.5.25-26 My 161.
(MIRA 14-5)
1. TSentral1nays, zavodskaya laboratoriya zavoda im. Petrovskogo.
(Rolling (Meta-lwork)-Defects))

S. YAI
USSR/Geophysics - Geological Prospecting May/Jun 50
Gravimetry
If:-,ravitational Anomalies and Their Connection With the Most Im~ortant Tectonic Elements
of the Western Regions of the Ukrainian SSR,11 A. A. Bogdanov, B. L. Gurevich, S. Ya.
Shere-shevskaya, Inst of Geol Sci, Acad Sci USSR, 8 pp
IIIz Ak Nauk SSSR, Ser Geograf i Geofiz" Vol XIV, No 3
Gravitational anomalies in western regions of Ukrainia--i SSR reflect distribution of masses
in both the surface and deep parts of the earth's crust. Submitted 14 Dec 49 by Acad
0. Yu. Shmidt.
158T51

SHM SHFVqrmyl 1-4 - T
0
Gravimetric data on the Dnieper-Donate lowland and the northwestern
area of the Donets folded structures. Trudy Inst. geol. nauk AN
URSR. Ser. geofiz. no.l::48-64 '56. (MLak 10:8)
(Dnieper Lowland--Gravity) (Donets Basin-Gravity)

KA
Proteins
:'-aterial on reversibility of acid-alkaline denaturatilon of L-r,--obular proteins.
Ukr. biokhim. z~lur., 22, No. '14, 10,50.
9. ','onthl List of Russian Accessions, Library of Congress, October 1952. UNCLASSIFIED.

j'he i-p"~clgE-r6t-ati-o-n--of-cfo-n-a-fmirie-tdtfi-)r6Eiin-'v-vith-r-e-le-ren-c'e
ffr-M M
t icability of a polarime c melffo or the study of
aci= deuatitmtion. I. N. Dulankill R.
I ' La
and Ts. M. Sherc-shevela- , , I ~;e
Qarj=:r Ukralb. HUY&MM. Zhur. 24, 204-13(in Rusnian,
213-15)(1952); cf. Utilaulzin, et. al., tVd. 22. 206(19W);
C.A. 44, ~4541g.-T%vri factors affect the increase in optical
rotation upou denaturation: (1) the prisicirral factor is
rellted to an unfulding of the globule %vi:li miceftformatirii.
at which tirtic chnolic arratircinctit of n4vinincirie carliwis
in tl,c ch:fin that was rullcrt up convert,; to an orderiv
arrangement which prWiti-eq tnicel!ar aiynimctry wbici-
adds to the optical activity already produced by mol. nsyin- -
metry; (2) the 'Ind factor is related to structure formation
with orientation P.1 the Kel.
Thirs, a stretcher[ chain should
give a higher specitic rotation ttban n globular tool. Since,
like other native proteins, native c,-g albumin is clinracter-
~-d by a const.value for specific rotation. it isassizined that
wicellar (denatured) egg albumin q1tould also be chamctcr-
ized by a morcor less const. value for specific rotat;nu. The
problem therefore was to sep. frorn acid and ill-. soliss.-
ir-.-evrt~ihly denatured proteins who%c mols. coul(l- exist in :L
known stretched form, i.e., micellar protein. By knowing
the rpeciflc rotation of denatured protein, itc anit. itt the
ppt., the amt. of iiat:ve protein, and its specific rotaton,
the total specific rotation which should be Produr A in
the :~,An. after its neuttPlization is readily calcd. The
exljtl. viducs cnincitict! !vith values cizied. from the spe Qic
roUdion ot devatairr-.i nod native proteins. The e~ptl.
valui:, tvcre de'd. t. ftillows: aq. egg albumin soln. ,Its
mixed with 0.2N JICI or NaOff and after I br. brought to the
L~ocfcc. point. The salt formed was scpd. by dialysis.
Insol. albumin %ms scpd.. centrifuged, the ccritrifugate
removed and filtered. The ppt. wms washmi !! times will,
water (pTI 5.6) and after wiLshing was dild. with alkali"to
pII 74&4.8. The speciiic rotation of this dild. ppt. ims
detd. it% well as of the supernatant; at the same tirrie N
(Kjddahl) was detd. Specific rotation was d0d. for native
egg albumin. The specific rot-ttion of dissolved ppt., both
'acid and aik. albumin,, under the conditions ofsolu., had a
const. vithic of 51'. The srecific rotation of supe-matant
was the same as for native albumin, 3G'. Hence a portion
of the albumin via-s re-versibly denatured and upon neutral-
izitiou re-,erted to the native state. At the came time. a
'nd portion of the albumin, urilcr tht. effect of acids and
2
alkalies, was irreversibly denatured, and no doubt ww; the
micellaraNumin which is characterized bv the unfolded form
wid by a higher and a con�t. sW-ific rotaii-ii. Therclation
-between structure formation of the gel net ~, nrk and optica. I
activity was denionitratcJ as follmys: 30% alkali (0.21
m1.110 ml. of art. albumir. solu.) was added to.5% egg albu-
min, the latter converting rapidly to a firm get which imas
nicasured for 24 firs. in a polarinacter. A 2nd gel sample,
after 45 min., was heated for 30 min. at 60% under which
conditions the albumin was irrevmibly liquefied and the
specific rntation of liquefied gel measured. The firm gel
gave relatively high specific rotation values, remaining so
Jor 24 firs., which indicated in=. structiLre formation,which
v-ds destroyed by liquefaction, rvi showrl by a decreased
specific rotation for the lictuefied gel. thn3 indicating that
optical activity reflect-. not only the chern. nature (A the
albumin, and not orill- denaturation as related to,unfolding
of the globules with tricelle formation, but also foi mation of
an ordered gel lictwork. Clayton F. I

SERGIYENKO, Yn.F.; SHERESfUNSKAYA, TS.M.
Cbanges wi-t-b- agle in omposition of muscular tissue.
Uch.zap. KHGU 53:131-134 '54. (KRA 11-11)
1. Otdel obahchoy fiziologii nauebno-lasledovatel'skogo institute,
biologii Kharlkovskogo gosudarstvennogo universiteta iment A.M.
Gorlkogo.
(AGE) (14JSCLE) (PROTEINS)

n S' STID ',2i,-r1Xov Cr-.-T of
07
Ln~-or r o
i) rt t i.-
or

SFfERESRgVSKAYA, TS.11.
Conditions for the formation and properties of artificial liponucleo-
protein complexes. Uch.zap.KHGU 68:245-265 '56 OGRA 11:11)
1. Kafedra biokbimii Nauchno-tealedovatellskogo institute. biologii
biologichookogo fakullteta KharIkovskogo ordena trudovogo krasnogo
znameni gosudarstvennogo universitets. imeni A.M. GorIkogo.
(PfflTEINS)

SEYSITAR, F.F. ; 6IUIIE;3IFjVSYjtYiL, TS.M.
Relation between "he activity of the thyroid gland and rillk
prodnetivity in cattle. Zhur.ob.blol. 20 no-3:194-201
.r-Je '59.' (MIRA 12:8)
14,
1. Research Institute of Animal Breeding of the Forest Steppe
arut the Wooded Districts of the Mcrainjan S.S.R., Kharkov.
(THTRUID GIA10) (IACTATION) (GOI-IS)

TS~~-i'
Age ci%az-Fc-teristirs of the autorestoration of phosphorus
fructiu.is ii, the tissues of the. liver, Biokhimiia 26 no.4:
708,714 Jl-,A~g 16-11. ('.'1, RA 15:6)
~. J)cip.-Irtount ()f tig.- Iqlysioloffy, Re.~i,,,an~h Institute of
1~1'- -~z I irt~rs---ty.
-, )", Y, stat'~~ Ul'r. L Kharkov,
( :,,-L- V-a" -- -.I'% (-, I ;(-, )( Pi:(Z HICIRUS :-Smbc)LlS"I)

I I iia'IT IN )V.;I.; SHE"',&SHEVSKAYA, TS.M.
Nucleotide composition of ribonucleic and deoxyribonucleic
acids of the liver in animals of various ages. Biokhimiia
26 no.6:1062-1064 14-D 161. (MFd~ 15:6)
1. Department of Age Physiology and Biochemistry, Research
Inatitute of Biologir, 3tate University, Kharkov.
(NUCILOTIDES)
(LIV,&R)

an('
,,hur.
k:A

BULKINA, I.G.; BUNIN, K.V., prof.; KUZNETSOV, V.S.; MIKHAYLoVA, yu.M.;
NOVAKOVSKAYA, A.A.; PONROVSKIT, V.I.; FOLUMORDVINOVA, Ye.D.1- SEDIDM89
M.P.; STARSMOVA,, V.S.;;TSEYDLER, S.A.; SHKh-VATSABAYAp T.V.; YAKRON-
TOVA, N.K.; SHERESMSKAYA, Ye.F., red.; ZUYEVA, N.K., tekbn. red.
[Pocket manual for the specialist in infectiotis diseases; clinical
aspects, diagnosis, and treatment) Karmannyi spravochnik infektsioni-
sta; klinika, diagnostika, lechenie.- Moskva, Gos. izd-vo mod. lit-ry
Medgiz, 1961. 233 p. (MIRA 14:7)
(Ca-24UNICABLE DISEASES) (MEDICINE--HANDBOOKS, MANUALS, ETC.)

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"Superphosphate," A. I. Shereshevskiy. Nauch Inst Udobreniyam i
Insedtofungisid&-a im Ya. V. Samoylov, 1919-1939, op 33-40 (1939), Khj-.7
Referat Zhur, 1940, .14o 6, pp 87 (SEE: Inst. Insect/Yungi. in Ya. V.
Sa-moylov)
SO: U-237/49, 8 ADril 1949

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PHASE X TREASURE ISLAND BIBLIOGRAPHICAL REPORT 1AAID 687 - x
BOOK
Authors: SHERESHEVSKIY, A. I., UNANYANTS, T. P., BAICHAROVSKIY,
Full Title: CHEMICAL GOODS. Reference Book.
Transliterated Title: Khimicheskiye tovary. Spravochnik.
PUBLISHING DATA
Originating Agency: None
Publishing House: State Scientific and Technical Publishing House
of Chemical Literature ("Goskhimizdat")
Date: 1954 No. pp.: 1028 No. of copies: 25000
Editorial Staff
Editor: Molotkov, I. G. Contributing editors: Degtyarev,A.N.,
Mitropollskiy, I. S, Orlov, V. I., Khan-Murzina, N. A.,
Orekhova, 0. F., Belovitskiy, A. A., Rokhlin, M. I.,
Revyakin, A. A., Yasinskiy, B. N., Strokina, A. I.,
Kaplun, T. S., Smolyakova, M. I., Alltman, A. A.,
Petrov, I. P.
PURPOSE AND EVALUATION: This reference book is intended for a
wide range of workers in all branches of industry and
agriculture who use chemical products. It is written in a
clear language. The division of the material into groups and
1/b

Khimicheskiye tovary. Spravochnik,
AID 687 - X
However, the most important rubber and asbestos technical arti-
-les and some plastics goods are 1ncl,,.ided. This work is printed
in tvio jolaines and pro-;.,,Ided with tables and a subject index.
Table of Contents Page
Part I
Foreword 5
I~ Mineral Chemical Raw Materials
1-1. Gases and Elemental Substances
T11. Acids 57
IV. Alkalies 7.3
V. Salts and Oxides 9.3
VI. Fertilizers 173
VII. Poisonous Chemicals Used Against Pests and Weeds in
Agri-ulture (Irsectictde5 and Fungicides) -,91
VIII.. Adsorbents 217
DC~ Organic Products 229
X, 'intermediate Products for Dye& 289
X1. Dyes 309
1. Acid dyes 313
2. Dyes for acetate silk and caprone 323
3. Dyes for furs 3-24
Vat 0-Yes 325
3/6

Y-himioheskiye tovary. Spravochnik.
5. Ilig-rosines and indullnes
6, dyes
7. Fi~gments,; lacquers and lac dyes
8. P-ro--Ilwr,~-; fo-r, ctold dyeing
9- Mordant 0-yes ror- cottons
10. Mordant dp~s for wriol
!I. Direot dyea
12, Sulftwous d-
yes
Dyes s(--:Iuble j.n alconol and fat
XII, Varnishes ano Paints
Pigments
2. Pigment pa--:itles
3. Drying olls. Organic, sr-.1vents.
Soaps.
4. E-jj~jmFj, rlLI-0Q.-=alUloae paints,
colior-t'. and other lar. dyes.
5 .Artlsts~ varnishi--,s and
AiD 687 X
F d- 9 -'-,
212
329
'1.3 2
140
346
348
3`3
64
.3
368
369
371
392
Plastic Izers.
4o6
varnishes, ground
441-
other materials 567
4/6

Khimicheskiye tuvary. ~;pravochnik. AID 687 - x
Part II Page
XIII. Resins, Semifinished Products
and Articles
from Plastics 581
1. Resins 583
2. Semifinished products and finished technical
articles from plastics 603
XIV. Ccka By-Products 649
XV. Wo~d-Pulp Chemical Products and Cellulose 665
XVI. Organic Products for the Rubber Industry 701
XVII. Caoutchouc, Rubber and Ebonite Articles 711
1. Caoutchouc 713
2. Technical rubber articles 719
3. Tires 794
4. Ebonite articles 811
XVIII. Asbestos Articles 815
XIX. Petroleum Products 847
1. Liquid and gas fuel 849
2. Lubricating oils 863
Consistent lubricants 880
Petroleum products for industrial and
consumer use, goo
XX. Products of the Food Industry 927
5/6

Khimicheskiye tovary. Spravochnik
Supplements
Subject Index
140. of References: None
Facilities: None
AID 687 - X
979
1003-1028
6/6

i I 1.1-vii,ly , - I
.11-:i~. i1;:-,
Vhimichesk~y,~ Tcv,2ry; Spravo(-hnik. Sost. A. 1.
Shereshevskiy, T. P. Unanyants (1) G. Y:2. ~:~akharovs--iy.
Mos~-v,i, ~oskhimi-.~iat 1?54-
V. Tables. ?3 cm.
Bibliograrhical, Footnotes.

D-4,-!TN, V.:3,.,[daceaso-dl; SHERESHEVSKIT, A.I., reduktor; TS7!-TKOVk, N.F.,
ro-daktor; LURITF,, 14:s., ;"plk"n MlMy redaktor.
rProduction nf rock phosphate, superphosphates and sodium
fluosilicatel Proizvodstvo foaforitnoi milki sliperfosfata i
kremneftoristogo natriia. Pod obghcbei red. i a dop. K.I.
Shereshavskogo. Moskva, Gos.nAuchno-tekhn.izd-vo khimichaskol
lit-ry, 1q',5. 190 p. (MLRA 8:11)
(Phosphatm Industry)

Y'BGOHGV, Afanasly Petrovich; SHMSHEVSKlY. Abram Isaakovich; SENANENKOV,
Ivan Vasillyevich; AVRAM .N. c;ii'81tF~ Ye.G.. tekhniche-
skly redaktor
[Greneral chemical technology of inorganic substances] Obshchaia
khimicheskaia tekhnologila neorganicheakikh veshchestv. 12d.3-e,
perer. Moskva, Gos.na,ichno-tekhn. izd-vo khim. lit-ry, 1955. 550 P.
(Chemistry, Technical) (MMA 9:2)

e uorate p. osp ates m apatf e conce
jVYatkk phospho tea. . 1. Shereshevakif, N. E. Pestov,
Inud S. A. emer. Ift dowmiya po Priklad. Khip,., A kad.
iNduk,S.S.S.R., 01" Khim. Nauk 1953, 207-12.-The
aaddn. of 2-390' SiO, followed by a treatment with steam at
1370-400* completely removed P from apatite. As EL re-
sult approx. 74% PlOw could he changed Into a compkx idi; to
By a similar treatment of phosphorites from
the Vyatka region 90% of F was removed without significant
iformation of the sol. complex. The significance z-,f these
"bservations is discussed in the light of fertilizer wanafg.
~frpm raw materials of various geographical regions.
A, P.

GOFMAN, I.L.; ZUSSER, Ye.Ye.-, TSYRLIN, D.L.; SILEUSHEVSKIY, A.I.
De7eloping the technolog;r of grawilat-d super-phosphate production.
Trudy NIUIF no.157:7-60 '55. (MIRA 9-9)
(Phosphates)

SHERES"'VSKIY, A.I.; GIMMZLIFARB, B.M., nauchnyy red.; NEKIYUSOVA, N.B.,
red.izd-va; IVA.NOVA, A.G., tekhn.red.
[Trebovaniia promyshlennosti k kachestvu minerallnogo syrlia;
spravochnik dlia geologov. Izd.2.. parer. K skva, Gos.nauchno-
tekhn.izd-vo lit-ry po geologii i okhrone nedr. No.19. [Phosphate
minerals; apatites and phosphorites] Foafatnoe syria; avatity i
fosfority. Nauchn.red. B.M.Gimmellfarb. 1959. 42 p.
(MIRA 13:7)
1. Moscow. Vsesoy-uznyy nauchno-issledovatellskiy institut mine-
rallnogo syr1ya.
(Apatite) (Phoephorites)

SI~SHAVLKIY, -A.I.; UNANYANTS, T.P.; BAKHAROVSKIY, G.Ya.; MOLOTKOV,
I.G.9 obahchiv red.; VEEKSM, A.A., red.; ZAZn'SKAYA, V.F.,
takhn.red.
[Chemical products; reference book] Khimicheskie tovary;
snravodmik. Izd.2., ispr. i dop. Pod obshchei red. I.G.
Molotkova. Moskva, Goe.nauchno-tekhn.izd-vo khim.lit-ry
Pt.l. 1959. 646 p. Pt.2. 1959. 659-1294 p. (MiRA 12:12)
(Chemicals)

BUROVA, Ye.M.; DIMUCHEVA, N.Ye.; YATSKEVICH, V.V.; SHUZ,9FZvSKIY, A.I.,
red.
[Bibliography of the IA.V.Samoilov Institute for Fertilizers and
Insectofungicides, 1919-1959] Bibliografichaskii ukazatell rabot
Naucbnogo instituta po udobreniiam i insektofungisidam im. prof.
IA.V.Samoilova, 1919-1959. Noskva, Gos. nauchno-tekhn. izd-vo
khim. lit-ry 1960. 435 P. (MIRA 14:10)
1. Moscow. Nauchnyy institut po udobreniyam, i insektofungisidam.
(Bibliograpby-Fertilizers and manures) (Bibliography--Fungicides)

YLGOW)V, Afanaoly PeLro.vich; -- Sffi:i(ESHBVSK1Y, Ab--am isaakovicb;
SIVANEDKOVI Ivan -red.;
KOGAN, V.V., tekhn. red.
[General chemical technology of inorganic substances] Ob-
shchaia khimicheskaia tekhnologiia neorganicheskikh ve-
shchestv. Izd.4., perer. Moskva, Izd-vo "Khimiia," 1964.
687 p. (MIRA 17:3)

VOPHOVICH, S.I.,akad~; ILLARIGJ,U'i,V.V.; PUIIIASS,A.A.; MALYY,A.A.
[deceased], REMER, R.Ye.; SjOthSi!EV5KIY, ji,i,, rea.
[Hydrathermal procese-ing of phcsphates for -the produc-
tion of fertilizers and feed stuffs] Gidrotermicheskaia
pererabotka. fosfatov ria udobreniia I koymovye sredstva.
l,'oskva, Khimija~ 196'". 170 p, (MIRA 17:12)

11. A. A.E -J'--,
A J J, v I : ;
I
TITL~;: indi.11-1trial FILonufacture and Dev-31C)-.-)-
.7. U u
-ia-nts (A Revi~~v,,) (Pro.-aysalennyye ;iass-s,)e.'-troIetry
-proisvod.stvo i r,,ovyye rasrabot'11--i (Obsor))
PERIODI"JAIL: Pribory i Te':.-anj.'I-u 10,5,-., Yr 3, 5-15
(uj,3-PL)
AB-3TRA.,'T: A revi(--,.,, L.--; -iven of Ulic at )resent
:ianafa,-,Lu-L~c.r- L-L Sovi-~!t Uni~)n. T-e classification code
J-~-; a-, follovfs:
Tj ~c o f Mas s-3 pec ~rome ter Code
-Osi "-
u I .)n analysis
1"Eh
FOI, isoti, C-0-IL.13sition :--malysis -_- I
"i" u
-~il resolu~i-:)11 instrwaents i.
,J,:~Iiu-hod of ion separation
-.aucme6ic field
Non-Ii:mj~~c-eDus a.-al-rictic field
"Ie rve
4
Ti-~io of f lijlt 5
Rad~.Q fr-qu-ncy
7LI i 0

I. nar. ne v-

SHMSHEVSKIY, Aron Markovich; EPSHTTYN, B.S., inzh.. red.; KUBNETA,
M.M., tekhn.red.
(Soviet mass spectrometers] Otechestvennye mass-spektrometry;
stenogramma lektaii. Leningrad, Leningr.dom nauchno-tekhn.
propagandy. 1959. 29 p. (MIRA 13:2)
(spectrometer)

DULOV, it.V.; SIVRESHWSKIY, A.M.
- , - , - - - - --,
Some retnnt on the forensic psychiatric activities of
1-14-Balinskii. Zhiir.nevr. i psikh. 59 no.4:493-495 '59.
(MIRA 12-6)
1. Kafedra. paikqiatril (nachal'nik - prof.A.S.Chistovich)
Vo,venno-mpditsinskoy ordena Lenina akademii imeni S-M-Kirova.
(BIOGRUHIES,
Balinskii, I.M. (Rue))

ZIUGARIV., A~A,; ~Hm.~SHFVSK-Ly,
ora~ector-l plotter fr,-- cons r-Micting trajectories in nonuniform
Crossed electric and magnetic fields. Fiz. elek. no.1:3-7 162.
- (MIRA 17;1)

GALL', L.N.; SiERESHEVSKIYY A.M.
Operation of an automhtllic trajectory plotter in developing ionic
sources and fomsing systems of mass spectrometers. Piz. elek.
no.1:8-19 162.
Methods for the practical design of electron-optical systems.
Ibid.:65-89
Increase in the sensitivity of a system for measuring ion
current in mass spectrometers. Fiz. elek. no.1:124-126 162.
(MIRA 17;1)

" 210
3h
3/057/62/032/,302/01110222
Three-tape ion B124/B102
sLable --.n time -it 900 - 11200 0 C was applied to the ionizator surface, The
lan c~lr:-ent was measured using electrode potentials corresponding to rnax2mua
,r-lues of ion 'lux to the collector- The total number of ions former', on the
ionizator Der unit time was determined by t-wo different methods- The simi
lar r,~suimz obtainpd indicate that there occur no secondary processes and
t~~at the Tmean luminosity of the system is about 20%, A time of 3 - 5 min
is n~-e~led to exchange all capes and to introduce the sample, Lon~--time ope-
r a t .-. o n r) f t h -- L. r) n it o r at28000K without substantial increase in pressure
I ma e'~ z
in4 without electric breakdo.%n is ensured, The resolut4on of , r ss sp
Me-.er with such a three-tape ion source is 2000 for Iq 0;5 and 800 for R () 05
The utiliz~ition coefficient of the sample, i e-. the ratio of the number
of ions recorded by the collector with complete evaporation of the sam-ple
to the number of atoms introduced into the ion source, varies from 1~0 to
Tao sensitivity to uranium of an/Ifji5o6 (.ai3o6) mass spectrometer
a thre-e-tane ion source is about 10-l"g, N_ I, icnov(Ref 1~ ZhTF I
174., 3 A, Shchukarev and G A Se;renov(Ref' 3: ZhNKh no. 6 '217
, "..' 1. q "T
Ivanov and G-. M Kukava,ize(Ref, 4: PTE. 106, and V K
G 1'957) --re --entioned, V K 0!_z_.,yn-_!,: and G
5t PTE

6/057/62/032/002/011/022
ion ... Bl 24/3102
601:,~cnov are thanked. Th,rl are ", fipures, 2 tables, and 6 references:
Srviet ;an! 2 non-ioviet. The t,,,,;o .oferences to Enjzlizh-lanFu(:ae ~,ubli-
cal-ions r(,.::Ld as follows: In,-hra,-;, '.,. Chupira, Rev. S~A. Instr. 24, 516,
G. Palr)(~,r, J. Illicl. !-]nc.-r!,,y .1, 1-12, 191,9.
j r,;";,. p :Nov 2~::bcr " 1 6 0 ( L ni L i,, i I ly
~'elrrinry 6, 1 --Ol (aftor revicion)
Fi,-. O'chc:iin tic diaFr;-:,Lm of the ari aw-mient
of tapes in the thrr,--tapc ion onurce.
(1) n-vaporator; ionizator- 0.1
,~10120" I' ,
Qz;
+f
O.B
vi

L 8�11-65 'EWTW/T IJP(c)/AFMC/RM(t)/ESD(t)/AEIX(b)/AS(mp)-2/F-SD(kr.)
ACCESSION NR: AT013983 S/3070/63iooo/000/0152/0156',
AUTHOR: GalP. R. N.;-Po a e, ~a PrIlutskly, R. Ye VT M.
LIN- _y6ilkdV, A

TITLE: An Ion counter

'SOURCE: Novy*ye mashIny*t prIbary* dlya Ispykantys metallov. Sborntk statey,
Moscow, Metallurglzdat, 1963, 152-156
TOPIC TAGS: Ion counter, Ion current channel, mass, spectrometer, Ion channel
sensitivity, Ion counter design, Ion current megag
ABSTRACT; Npting that one of the fundamental problems In the development of mass-1
spectrometric equipment Is the need to Ingease the measurement sensitivity for
Ion currents (which does not exceed 2-IO'l-I amperes In conventional mass-spectro-
meters), the authors announce the development of an.lon counter which permits a.
1000-fold Increase In the sensitivity of the Ion current measuring channel., A
simplified block diagram of.the Ion counter (see Fig. I-In the Enclosure), the
design of anion receiver and an electrop multiplier with measuring unit are Illus.
trated. Three procedures are described for the use of this'counter In measurl
Ion currentsb In the first mathod, as In the conventional mass spectrometer, the

ryermst limit for Ion currents Is fixed by the flUctuations and dr(ft.of the
C1.0

L 8911! -65
ACCESSION NR: AT4013983
electromeiric amplifier, the level of which corresponds to an Ion current of
2-10-15 amperes. The second method - the measurement of the Integral value of the
current at the output of thToelectron multiplier - provides a test range for ion
cugrents extending from 10- to 10-18 amperes with a multiplier gain factor of
10 . The third procedure calls for the ion current to be measured.according to
the mean repetition frequency of the pulses, created by the individual Ions, at
I
the multiplier output. In this case, the recommended test range is Io 15 - 0-18
amperes. The operatton of the test circuit with the electron multiplierls descri'l
bed In detail. The p0se amplifier contains a pulse-sha.ping stage, three voltage-
boosting stages a&d a cathode follower at the output. Maximum gain of the pulse
amplifier Is 3-10 ; amplitude characteristic nonlinearity up to an output voltage
of, 150 volts is not more than '2%, and gain Factor instability after 8 hours of con,
t?nuous operation is less than"V/.. The differential analyzer Is briefly descr
the time constant of the Intensimeter Integrating network is.sald to be I second.
A 16-stage linear electron muttiplier with electrostatic focussing Is used In the-1
Ion counter. The dynode activation method employed provides high gain together
with high stability. The ion counter was tested on a M1.1306 mass-spectrometer witfi
a central, trajectory radius of the ion beam of 300 mm. An error range below 2% 1
was confirmed in the measurement of abundance ~.rat I os for 149 and X6 Isotopes. Orlg(..
art* has.-f 4 graphs and I table.
Card- 2/5;