SCIENTIFIC ABSTRACT ANDREYEVA, I. Y. - ANDREYEVA, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000101410003-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

The Spectroscopic Analysis of Impurities 8/032/60/026/012/012/036
in High-purity Sulfur B020/BO56
electrode had the shape of a truncated cone. The electrode spacing was
3 mm- 5% of NaCl was added to all standards and samples. The effect pro-
duced by NaCl on the intensity of the spectral lines of the elements
determined may be seen from the data given in TablG-1. The method is based
upon the use of three standards. As inner standard in the determination of
Al, Ni, Co, Cu, and Ag, a closed background was used. Iron is determined
on the basis of the "absolute" blackenings of the analytical bands. The
analytical bands and the range of the determined concentrations are given
in Table 2* The mean square error of the single determination of various
elements is 9-18%, in the case of nickel and cobalt at concentrations of
below 0.001% 30-35%- In the determination of Cu, Ag, In, Ga, Ni, and Cc
with previous concentration of the sample, a mixture of spectrally pure
silicon dioxide (80%) and NaCl (20%)was used as collector. 12 .mg weighed
portion of the collector is mixed for 20 minutes in a quartz mortar with
600 mg of the analyzed sample, after which the sulfur is burned, For
the purpo,se of rewoving the organic substances, the residue is heated for
30 minutes to 500 in the muffle furnace. When concentrating the
impurities it was found by spectroscopy that they do not go over into
Card 2/4

The Spectroscopic Analysis of Impurities 56032~60/026/012/012/0~6
in fligh-purity Sulfur D 20/ 056
the collector quantitatively. The standards were prepared in the same
manner as in the preceding case. All impurities, with the exception of
Ga, were introduced in form of sulfides, Ga as sulfate. The sulfur used as
a basic material contained no Ag, In, Ga, Wi, and Co. Its copper content
was determined by means of the successive approximation technique. The
analysis "as carried out accordin to a calibration diagrami which had
been recorded in the coordinates tAS; log C1 - in Table 3, the ana.i.ytical
lines and the ranges of the deter ination concentration of the elements
investigated were enumerated aocording to the-second-method. In the second
column of the table, also the transmissivity of the various spectral
regions is given.; The mean square error of a single determination is for,
Cu 30%, for Ag 11%, indium 12%, Ga 23%, nickel 28%, and Cc 24%. The
analysis conditions mentioned also permit the determination of lead and
tin with an accuracy of 3-1o-5% and of magnesium with an accuracy of
1-10-5%. There are 3 tables and 3 Soviet references.
Card 3/4

The Spectroscopic Analysis of Impurities S/032/60/026/012/012/036
in High-purity Sulfur B020/BO56
ASSOCIATION: Leningradskaya laboratoriya. Vsesoyuznogo nauchno-issledo-
vatel'skogo instituta khimicheskikh reaktivov
(Leningrad Laboratory of the All-Union Scientific Research
Institute of Chemical Reagents)
Card 4/4

JACCESSION NRt AP404&aji~- S/0054-/64/000/002/0130/0132
;AUTHORI Andreyeva, I. Yu., Yefremov, Go Vo
'TITLE: Cifi-&-i~nc~-amf7cit pioperties of boron phosphide
:SOURCE: Leningrad. UnLvereLtets Vestnik. Seriya fizLkL L,khLmiL,
no. 2, 1964. 130-132
JTOPIC TAGSs boron, boron phosphide, boron phosphide prope'rty,, boron-
hosphide solubility, boron phosphide oxidation, boron phosphide
IP
IchlorinstLong.boron phosphLde stability 11
''ABSTRACT: A study of the behavior of boron phosphide In acids, oxL-f
Iidixing medlop oxygen,,nitrogeng and chlorine has shown that its.
reactivity at 102-288C is highly dependent upon the grain size:
1-coarse-grained boron phosphide in such more chemically stable thanN
ifine-graLned; at room temperature it does not react with acids at.
all. in boiling acids and liquid oxidizing media, coarse-grainad
~boron pb:sphide*dissolves at a much iower rate than fine-grained*
The latt r begins to oxidize in air at 550-P60C# the former at
740-75OC& At 600C. boron phosphide# regardless of Stain oizoo transO
Card 1/2

ACCESSION NRt AP4041840 IS/0054./64 /000/002/0132/01'34
.:AUThORe -.Androyeva, 1. Yu.g Yeframov, Co Ve
:TITT Determination of boron-phosphide chemical composition
SOURCEt -Leningrad. Universitat. Vestnik. Seriya fixiki i khLmiip
no,. 9'1~ 1964t 132-134
zTOPIC4TAGSt boran phosphide, boron phosphide chemical composition,
Ichemit'al composition determination, boron phosphide analysis, chemi-
;cal afalysis
1ABSTRACTz The following method for the chemical analysis of boron
;phosphide has been suggested, The boron phosphide is chlorinated at
:560C (fine grained) or 610C (coarse $rained) aTW Me boron and phosphor
,chlorides obtained are absorbed in watero The remainder, consisting i
of BPO4, is converted into soluble form by fusing it with a mixture
of Na2CO3 and NaN03. The boron and phosphorus in the obtained solu-
tLons are then determined by converfional methods. The boron and
!phosphorus contents in coarse-graLned boron phosphide datermIned by
!Card 1/2
I

M r .. - f In/T /GrI
L &WTL( ) ~E t LT-1 !JP-60.' .. vl,/-JG~ D
ACC NR: AT6013572 (4) SOURCE CODE: UR/0000/65/000/000/0429/0432
AUTHOR: Yefremov. G. V.z Andreyeva, I. Yu. 4 1
P
ORG: Leningrad State University im. A. A. Zhdanov (Leningradskiy gosudarstyennyy uni-
versitet) . i
TITLE: About come chemical properties and determination of composition of the boron
phosphide -2-7
SOURCE: AN UkrSSR. Institut problem materialovedeniya. Vysokotemperaturnyye neorgani-
cheskiye soyedineniya (High temperature inorganic compounds). Kiev, Naukova dumka,
1965, 429-432
TOPIC TAGS: boron compound, solubility, phosphide, phosphorus ) Cmenwloqi- J'T'q0f'LrrVq
OkID17'rOVIV., CJFY1FM1CnA- DeCOMPOSI'r,10A)
ABSTRACT, Solubility in HN03, H2S04, HC1, B2 saturated KBr, NaOH, H2C204, H4C4H4O61
HAH507, H202, and mixAures thereof in various cencentrations was studied for fine an~
coarse boron RhosR UdeNrystals. Oxidation and decomposition in both nitrogen and chlc
rine streams was investigated at 5000-8000C. It was found that the chemical stability
of boron phosphide depends upon crystal size. Accordingly, course boron phosphide crys-
tals were found to be Insoluble in either of the individual solvents or mixtures there-
of while fine crystals were, generally, partially soluble in those solvents. In air
or oxygen stream, boron phosphide oxidized to BP04. The oxidation occured at 5500-

L 32671-66
ACC NRs AT6013572 0
-5600C for fine crystals and at 7400-750*C for coarse crystals and in both cases oxi-
dat:nn was rapid at 8000C. In the nitrogen stream, the decomposition into boron and
phwphorus occured at 8000-BlOOC for fine crystals and at 8000-8900C for coarse crys-
tals. rine and coarse crystals of boron phosphide reacted with chlorine at 5500-5600C
and 6000-6100C, respectively. The composition of boron phosphide is shown in a table.
Orig. art. has: 2 tables.
SUB CODE: 07 SUBM DATE: 03Jul65/ OTH REr: 002

L 41819-65 EWPW IJ o) JD
AMSSTO NRI AP.501 1048 PJR 0075/65/020/004/0448/0451
AUTHOR; Andrayeval 1. Yu.; FRI-Ifir M .M., (Deceased)
T
TITLEt Spectroscopic determination of impurities in borort phosphids
SOURCE: Zhurnal analiticheskoy-khimit, v. 20, no. 4. 1965. 448-451
TOPIC TAGS: boron phosphide, compound semiconductor, spectroscopic
analysis, impurity determination, nonvolatile impurity, volatile
impurity
ABSTRACT: Two spectroscopic techniques ha,Qio been developed for de-
termining 25 elements in pure boron phosphide,which is a new promising
semiconductor material. Both techniques have the purpose of increasing
the sensitivity of determinations. Following a direct technique,
this purpose was achievcd for all impurities except zinc, cadmium,
and mercury by adding a sodium chloride carrier to the sample. The
impurities were determined directly by conventional emission S7',C-~
troscopy using alternating currect arc excitation and an ISP-22
pectrograph with photographic recording. Zinc, cadmium, and mercury
era-determined in the same way but without sodium chloride additionc

L 41819-65
AC CE SSION NR: AP5011048
The evaluation-of-the impurity--tontent was made by the method of
approximate quantitative analysis developed by M. if. Kler, Sensitivity
0-2-1 x 10-4
of determinations was in the I x 1 % range and the average
relative error wai. 9-25%. The indirect technique was applied only
to determination of Zhe volatile impurities (?I%, Sn, Bi, In. Ga. Go,
TI, and Sb). Thece impuvities were concentrated by volatilization
in the presence of sodium chloride-and condensation on a carbon rod
collector, which vas subsequentiy used as one of the are electrodes.
Simultaneously, the main components of boron phosphide were converted
to nonvolatile products by heating the sample in a small. carbon
beaker at 1600C. After condensation of the volatile impurities, a
spectroscopic procedure* was used similar to the direct method. ' The
M ' " ' tu"' _i
-Magnitud in--comparLson'-wi-th-Aivect -determinationi Origo avttbast
2.' igurel,a
figure:--and 3 tables* JJKI
~
rc

L 41819-65
ACCESSION NRs AP5011048
AS-SOCIATION: A
Lvningradskly gosudarstvannyy universitet im. A
Zh d awoi a-(Le n In g r ad State-Universit
-SUBMITTED2- 00 SUR CODE-.id.)Gc,
Card
7--7

ZINGIR, N., iand.tekbu.nauk; _X., inzh.
Testing of lov heat-potential, steam-jet refrigerating machine.
Khol. tekh. 37 no. 6:12-15 N-D 16o. (MIRA 13:12)
1. Yeasoyuznyy teplotakhnicheekiy institut im. I.I.Dzer hinekogo.
(Refrigeration and refrigerating machin:ry) *

ANDILRY-EVA, K.K., MALYSHRVA, A.Ye., REPIN, G.N. (Moskva).
Prolonged action of cold during work In closed buildings
Gigetruda I profe zav. 2 no&5:25-30 S-0 158 (mrRA 11:11)
1. Institut giglyeny truda i proftabolevaniya AHN SSSR.
(COLD-PHYSIOWGICAL FJWCT)

ANDaYEVA,.K.K..
Hygienic evaluation of a radiant heating system for working areas
in cold environments. Gig. i san. 26 no,2:28-33 F 161
jMIRA 14: 10)
1. Iz Instituta, gigiyeny truda i professionallnykh zabolevanir
A14N SSSR.-
(RADIANT HEATING) (COLD STORAGE-HMIENIC ASPECTS)

GISBIAVICH, A.M., professor; ANDREYEVA, K.N.
Tranesternal surgical approaches to the organa of anterior
mediastinum; anatomical and surgical examination [with summary
in Inglighl . Xhirtxrgiia 33 no.4:9-20 Ap 157. (MLRA 10--7)
1. Iz liauchno-isaledovatellskogo instituta akeperimentalluoy
kbirurgichookoy apparatury i instrumentov (dir. H.G.Ananlyev)
Hiniaterstva zdravookhraueniya SSSR.
(THCRAX, surg.
trans-Bternal approaches, review)

N 1) K T_ V

AUTHORS: Sokolov, Ye. Ya. (Dr. Tech.Sc.), Rubinshteyn, Ya.11,1.

Dr. Te
-ch.Sc.), Zinger, F.J. (Cand.Tech..Sc.), Bunin, V.S.
Rngineer) and Andreyeva K, S. (Bn-Jueer).
TITM, The Selectior of a HIgh Power Turbine for District Heating Plants
(Vybur tipa teplofikat_~.ionnoy turbine )uilotioy moshchnosti).
PERIODICAL: TeDloenergetika, 19158-11 o.41 pp 5-11 (USSR)
ABSTRACT: Ifeat-supply turbines Droduced for stecun Ponditions of
90 atms and 500 0, comprise types BT-25 I 7ith controlled
district-heatinG pass-out at a pressure of 1.2-2.5 atras,
and Bn T-50, with two regulated stean pass-outs at
pressures of 1.2-2.5 and 13+ 3 atns. Their performence
does not satisfy modern reqUirements for district-heating
of larGe toyms
either in respect of wiit output or pass-
?
out steam conditions. It is important to increase the
efficiency of heat and electric power stations; the prime
need in these systems is to increase the amount of
electric power E;enerated. Distric-t-heatinr, turbines
should be 50 and 10 9 MW$ with initial steam conditions
of 130 atms and _565 C, as now used for GondensinG sets.
Many investi-ators have shoxm that electrical output can
LD
be raised by adoptinG multi-staE~e heating- of syste'--i-viater
Card 1/7 instead of usinG only the pressure of 1.2 atris. if

bi e 0
The Selectioncfa High Power~~istr:fct SeEitir-L, riantat "~E-11-1 e
posoible t1i., lower limit of steam presSure in the pass-
out should be' 0.5 atmis. The pres.,:~,ure of the lower pass-
out mLay be constant under all conditions, except nearly
pure condensing conditions, or may be increased to 0.8-
0.0 atms as su,,~Sested by B. V. Rudomino. It would be
also advisable to provide for utilisation in the -atinter
period of the ventilating flow of steam to the condonser.
This steam can be used to heat make-up water in open heat-
supply systerac or to heat returned water in closed
syctems. Possible types of turbine are discussed. The
present practice of having comparatively high reduction
factors in urban district-heatinS stations Gives a very
hi,th heat-loadinG on pasE-out turbines and a very high
nteady electrical load throujaout almost the entire heating
&~a-on. Tlierefo-e, later stal-es of system-water heating
could be supplied steam from unrogulated tappings.
Uhen the district-heating station is located out of tovin,
the pressure level in the outermost unregulated tapping
in the water system could be limited to about 4 atm.s.
When the station is, a considerable distance from the
cantre of tho thcn.3al load, a of the order of
Card 2/7 1.4-16 atris may be advioable in -~'he last unreCulated

/Turtioe ror
The selection of a High Powei~ 17.1s rict H-eating Plants* 96-4-1/24
tappin6 on tae run of watei. The use of reheat in heat-
supply stations gives less economy than it does in
ordinary condensing stations, Revertheless, reheat is
advantageous in turbines with pass-outs at 0.5, 1.5 and
4 atms; it is inadvisable for turbines with pass-out
pressures Greater than 0.5- 2 - 6 - 16 atms. The
manufacture of two types of 50 and 100 MVI heat-supply
turbines is recommended. One is a turbine with initial
steam conditions of 130 atms, 565 C, with reheat only on
the 100 IAW size; the lower limit of pass-out pressure
should be 0.5 atms, with unregulated district-heating
pass-outs of 1.5 and 4 atms. This turbine is denoted
h BT 0.5-4* The second type of turbine has the same
initial steam conditions without reheat and the same
lower limit of pass-out pressure of 0.5 atms but with
unregulated pass-outs for district heating at 2.0, 6.0
and 16.0 atms. This turbine will be denoted n BT 0.5-16.
To evaluate these two types, calculations wore made
of steam flows from the pass-outs and of stea-m flows
in the turbine sections; also of live steam consumption
Card 3/7 for various ambient temperatures, temperature curves and

/rurbine for
The Selection cfa High Pawer District Heatinr- Plants.
0 96-4-1/24
systemE~ of Iiaat supply, etc. In comparing different
types of turbine it vias assumed that they supplied a
region of the same calculated thermal loadinG. Since the
turbine is designed for conditions in which the flow of
steam to the condenser is a i.,kinimum, the requisite turbine
power will vary for different systems of heat supply and
temperature gradients, apd in no case does it correspond
to the standard output of turbo-crenerator. In comparing
efficiencies of different types of turbine this is
unavoidable and imwaterial. The standard therinal loading
of the district was taken as 400 M kcal/hr, of which half
is provided for by pass-out steam; a boiler house provides
for the remainder and for peak loads, The turbine
designs were carried out for the thermal circuits shown
in Figs. 1 and 2. For both turbines the fesd water was
assumed to be heated to a temperature of 232 0. The
steam pressures in the lov,-prescure reE;enerative tappings
corresponded to those for district-heating schemes. The
efficiencies of the turbines were calculated in a way
very similar to that formalised by the firm of General
Card 4/7 Electric in 1952. For turbine type nBT 0.5 - 16' the

14' 15,-Lr, u r i c
The SelectioncC a Hi.~1, PoVIC Plants.
only cus, cont,_'derek:- was 'U'k.-Clu of stations out'side towns,
-:Aiich requires that the sys-tem water be heated to 18300C.
For (-turbine 11 DT 0 5 - 4 the case consiaered was that
of a series circui . coillprisin~; the pescLic boiler-house, the
%';'istrict-haating heaters zuid a station alternatively in
or out of tovm. Temperature and vater-flon, Graphs for the
closed systems are C,,iven in FiLrrs. ~, =1 14. for both types
of turbine. To compare these variants in respect of fuel
constuaption the electrical outputs :iero equated in all
cases to 13~ 11111. The respective fuel constuiptions
obtained wit1i identical theimial ~md alaclurical loaAin-s,
are given in Table 1, which shows that the use of turbine
n BT 0.5 - 4. instead of turbine fjBT 0.5 - 1. iver, a fuel
economy of about 50%. For turbine n_';ILT 0 5 - , the fuel
consumption is abort 1% less when the sy*pteM -I-'ater
6C,
temperature is 150 C than when it is 1'1;0 The comparison
also shovs t-hat for -the samc~ thermal uid electi-ical loads
turbine fIDT - - A has 7% less fuel consumption than
0' r*
turbine BJIT-50-3 A technical and economic comparison
is tho-n made betweL-ji the diVercnt tipoc of hoat-sup,,".ly
turbine. The rro-, ;md con2 of urin; "he t,:o ':i."'Os' of
5/7 turbinori in mi' oub-of-tovin tiUcit.1on ~,Arc c1loctiox-,ed at r3ome

/Turbine for
SalucUiw)of a H',,Ii F), K~;
1- 0- oni~ or t4e other
lon-th. The,
CIG.-oonds on the a ioi-t-isation tI_,.o of ti-C 0.11,11itional cost
of the ;:ioro tui-binc, a fontml,-' i- --i--,n to
Octea.-Ano -this Th-o ~.i;Ar_ calz~ulations v,,orc _nade for
-hiwa loadin., of 11,00 :.! hcal/hr,
(11c-trict 0
U-
of -~Gl "~Id '22 C.
""blo 2 ~'Iver"' "U11-aial. Awl Oconoliq for V1.1violm
L
row-1,011o, Various res-altinc,
fro;., IV-ho installation of a turbine L~Ta nBT 0 4
the ~-iven ther-mal. :-:md electrical load-S. The tablc shows
that tl~i.,; turbinc naves moro fuel. Uhan turbine tyy"c
11.BT Ot - 16, Calculations are &lco made for open
clrcui~- s-ysteyi of heat-supply. Tho caso of ~-)_ out-of-toym
station a peall- boiler Inouse in ~ho to,,.-.i is considered.
Calculo.Uons vicre made of the extra initial costs of the
heatinL3 svstem with series connection of the Power station
and pealk boiler house as co-Lnoarkt v,.,ith Dar~,,llcl connection.
The results are -iven in Table 3. Grai-lis of the
a-,iortisation tui-mc of t".)c init'i'al costs a.L~;oiimt t'lle radius
of service of the thor:.tal circuit are in FiL.5 mid
6/7rclcatc to Vic cl.Lictic condItions of '.iosco-ri, '-urbines
i . -U U - U

The Selection of a High Power- Dis-Grictf%ating Plants, CE-4-1/24
nBT 0.5 - 4 and MT 9.5 - 16- Similar fiGures were also
found for other climatic conditions. As the wabient
temperature gets lower and the number of hours of
utilisation of the installed thermal capacity of the
station increases, the amOlti;atio'.' time of the addition.,'-
capital e",enditure decreases slightly. Only two factors
have a major influence on the choice of type of turbine;
the initial outlay and the fuel consumption. The use of
turbine type nBT 0 5 - 4 instead of FJBT 0.5 - 16 gives
about 501o overall Kel economy but greater capital cost.
Ass-.=ing the climatic conditions of Moscow.. amd amortisation
over five years, the fieldof application of turbine type
nBT indicated in Table 4 for several sizes of
he~YtRG-B~Gtcl"Ms. In most cases turbine nBT 0.5 - 4 is
more suitable and therefore recoix:iended for development
Card ?/? in outputs of 50 or 100 111W.
There are 5 figures, 4 tables and 2 Russian references.
ASSOCIATION: All-Union Thermo-TecIuUcal Instilll-,ute. (Veesoyu.-n5ry
Teploteldu-iiclieskiy Inctitut).
AVAILABLE: Librory of Congress

ANDUYEVA, K. S.
WSR/kneineering Beat, lquiWnt, Design Apr 52
"Theoretical and Experimental Inveatigatioa of
Ose-Jet Ejectors," Prof Ye. Y&. Sokolov, Dr Tech
Bei, K.B. Andreyeva, Engr, Lab of Heating
"Iz v-s Teplotekb Inst" No 4, pp 14-17
Discusses method for calcg air ejectors with high
expansion of working medium and low compression
ratio of mixt, not over 1.1-1.2, and compares re-
tults of theoretical c6len with exptl characteris-
tics, substantiating eq developed for character-
istic of gas jet ejectors.
216T46

Ari -
AID P - 2550
Subject USSR/Engineering
Card 1/1 Pub. 110-a - 2/13
Authors Zinger, N. X., Kand. Tech. Sci., and Andreyeva, K. S., Eng.
mmm"Offawm
Title Tests with a three-effect flue-gas ejector
Periodical Teploenergetika, 6, 9-15, Je 1955
Abstract An analysis with equations of tests made with three-effect
flue-gas ejectors manufactured at the Leningrad Metallurgi-
cal Plant is given. The Installation itself and the con-
ditions in which the tests were made i.e., dry air ejection,
steam and air mixture ejection, are described in detail,
with curves. Ten diagrams are attached. Seven Russian
references, 1949-1954.
Institution: All-Union Heat Engineering Institute
Submitted : No date

AID P - 4086
Subject USSR/Power Eng.
Card 1/1 Pub. 110-a - 11/14
Author Andreyeva, K. S., Eng.
Title Nomogram" for computing the hydraulic resistance
of piping'systems.
Periodical Teploenergetika, 12, 50-51, D 1955
Abstract The author deals with heat distributing networks and
draws a nomogram of the conduit walls resistance,
depending upon the length, diameter and resistivity.
Institution None
Submit.ted No date

ZINGER, N.M.. kandIdat tekhnicheekikh nauk; ANDRWEVA, K.S.. Inzhener.
Study of bydraulte conditions in a complex beating network
by means of an electronic model. TeploenerVt1ka 3 n0-11:
45-51 N 156. (MLRA 9:1Z)
1. Vsesoyusay tepoltekbnicbeekly Institut.
(Pipelines--Xlectromechanical analogies)
(Rocting from central stations)

996 OP I= or Cr
me ) Jw6 1956. 27, 16~A)* Exprimnts Wth the up-or-djeotwx
torolon"u'vasing ft dollya7 of Urbino PtWs at Wo bigh-Freast" Vaur
'
Plants ON deacribed. DImahwV cawity of ths
ptps ma 270 Ums par
how at J% &too awtitin prowurs (abm tba saturated stem 1ro3surs at
t--Ow- taint 12 m vmtw h2ad, and pWWoWrs of TIOW In
front of tultins - 29 ArA WW,100% vloar-8 ate= pmosim 1.2-2.5 atz ana. coed
5W reviMirk Owing to Us low positlon of am dammUre tho uaosj,~
we"Urs head 4t the noule was " a instead of 12 C4 oaustna 0=0381TO
cavitation and *v~Au'A%Y 0OUsPoe Of the PUV 30-60 tons pw hour *wt of
the rating. To Ira%an Um mxImm 4*%fyu7 and the rmmn at Us
nossba, water-jot olsetwa wara Instol2od which'roadtad In InrovIng
delivery by 40-50 toms pur hour.

- I ~" Ati. - - -AA/_7 I 7~t- _i I & VA?- - /~- 1~ ;
ZINdXll, N.M., kAnd.takhn.nauk; ANDRIMVA, X.S., inzhener.
Testing vapor ejector re7;Z;:;:77:;":~aratus. From.energ. 12
no.10:9-12 0 '57. (KIRA 10:10)
1. Yeesovuz#y toplotekhnicheskiy institut imeni F.I.Dzershinskogo.
(Refrigeration and refrigerating mAchiner7)

ANDREW, U.S.; amiwywa, K- S=t'.
Seismic prospecting for bauxite deposits. Trudy VITR no-1:309-
322 158. (MIRA 12: 1)
(Prospectin,T--Geophysical methods) (Seismic waves)

06
/000101Z,006/0
OqO/60J COsl i'lleer
11/02 sot,
jcal- OIN
aate of 14e tv, Or
Calm asilxesr d'r a'a
TL
t Xtor ksw -0-01N9
r vav
_0
0 r"aja 11
0 0, 00 t'- CAl. I 0.00S
tro or '013fa
9(
SJec, j:rLs Jt) e -je
ti j. C,
aJ"
'Y e e'c ..ai. of bas
t
M31ra 1er T, etj ELl axe ,.ses Tile
Joe rvaal r avs
ros sitai. j:
(VLe
fore
NJI~ OL3. 'P etv or
e.-,Ier yve cl be
,rs.,LT-. 'Pea, draix P 'abJi,
,,ve3l.0 (1 0 If: Oee"L flodefli 0i:
e
BONI tolc of 0 0,00
0009X1 OUVo
v 1-w 'Far floNc
are OtAc
,1115al: i Vater oi:
0 the -, t.,,Oa 0 5; cle
Iz t 0 r..Vba
T.SV C, C, 013:0 dis tl e
OLD itravy
arb
Jatter A.VL SCLO
ere the 1:3-ov,
W-3, U SOL
oss e
0,58

s/096/60/000/012/oo6/oO
E041/E421
The Design of Multiple-Ring Hydraulic Networks on the "Ural"
Electronic Computor
not then equal zero but will represent the non-viscous loss of
pressure, This supplementary loss is redistributed and a further
calculation made. The process is repeated until the value of the
non-viscous loss does not change. Two common situations which
give rise to distinctive sub-routlnes are shown in Fig.la (an
Isolated ring) and Fig.lb (two adjacent rings). The method has
been applied to a distinct heating system in Moscow consisting of
9 rings (Fif.2). Tho maximum allowable non-viscous pressure loss
is 500 kg/m . In Fig.2a results are shown for a manual calculation
by a ukilled computer over a period of 15 hours. The upper figure
quoted against each pipe is the initial assumption, the lower
figure is the result after seven successive approximations.
In Fig.2b the respective figures apply to a machine calculation.
Fig.3 is a diagram illustrating the steps in the successive
approximation, There are ten such steps and'these are described
in the text. The corresponding programme schematic is in Fig.4
and refers, of course, specifically to the "Ural" machine, It is
Card 2/3

--
ZINGFII, N.M., kand. tekhn. nauk; ANDREYEVA, K*,S,, inah,
Study of the characteristics of power entrance to consumers
with series conneation of hot water Eupply heatere. Elek
sta. 35 no.lOt23-28 0164. (MIRA M12)
i

TIMOFZYNV, A., kand. sisl'skokhozy-aptvennykh nauk; AIMRBYRAO Lt. agronom
Using mixtures of herbicides and m'ineral, fertilizers in controlling
woods on millet fields. Nauka i pared. op v sellkhoz. I no.6-.42 Jo
159. (MIRA 12:9)
(Killet) (Wood control)

AlUMTEVA, L.
Veteran communications workers. Sov.svies. 2 no.11:14-16-H 152.
(Telecommunication-Employees) (MLU 7:8)

ZHINKIN, L.; ANDREYEVA, L.
Nuclear multiplication and DNA synthesis in the developmental
process of somatic musculature. Dokl.AN SSSR 149 no.lsl85-188
Yx 163. (MIRA 16s2)
1. Instit-at tsitologii AN SSSR. Predstavieno akademikom
Y.A.Orlovym,
(Cell nuclei) (Nucleic acids) (muscle)

ANDREYEVA I L. t*..
Preparation of fornted m-a-rma-lad, Jelly using ugaroid5wLth
medicinal substances. Apt. de'o 1.1 no.5-34-,38 S-0 162.
(MIRA J?:5)
1. 7aporo7-YjskJy institut.

ATOWw
'ACCESSION NR-. S/2563/64/000/239/0108/0120
:AUTHOR:' Batashey, K. P.; Andreyeva, L. A.; Afonina, L. G.
TITLE: Titanium-bat;ed Insoluble anodes
SOURCEt Leningrad. Polltekhnlches kly Institut. Trudy*, no. 239, 1964. Elektro-
metallurglya tsvetny*kh metallov (Electrometallurgy of nonferrous metals), 108-120
~TOPIC TAGS: electrometallurgy, electric refining, insoluble anode, titanium based
anode, electrode stability, anode polarization, platInIzing
ABSTRACT: Although attempts to substitute titanium, nloblum and tantalum for plati-
num as the material of Insoluble electrodes have failed because of anodic polariza-
tion with the formation of monconductive.oxide films, recent studies of the authors
showed that titanium can be used effectively as the base of platinum-coated elec-
trodes proved that the platinum coating Is porous and that there Is adequate titan-
ium, - platinum electrlcal'contact. As a result oft horough studies of electrovacuumi
clectrospark and electrolytic platinizing, the au Aors developed a process for pro-'
ducing quality platinum coatings In which titanium,,pretreated with hot 65%2H2SO4
to obtain firm,coating adhesion, Is platinized at 60-85C and 0.5-1.0 a/dm In a solu;
tIon of 8 9 metallic Pt, 30-35 9 (NH4)ZHP04-12 H20 and 225-250 Na2HP04#12 "20 per4'
Crd 1/2

ACCESSIOWNR: AT4045607
litert, Adequate electrode stability was Indicated by a platinum loss of 1.70-4.3V
g (retrievable) per ton of chlorine obtained In the protracted electrolysis of co-
balt chloride, sodium chloride and hydrochloric acid. Rhodlum-coated (a) and
pal ladlum-coated (b) titanium anodes were also prepared (a) by electrolysis of
a solution containing 2 9111ter Rh and 25-30 g/liter H2SO4 at 55-60C with a yield.
i of 50-70% of the theoretical, and (b) by electrolysis of a solution of,PdC'2 (30-
40 9/11ter Pd) In ammonia (3 g/lIter NH ) or a solution containing 2-5LIO 9 Pdcl
20j
100 g Na2HP04 ;!52"20, 20 9 (NH4)2 HP04-IIH20, and 2.5 g'of benzolc acid per liter,
Testing of Ba hev's titanium-graphite and titanium-carbon electrodes In the
electrolysis of chloilde solutions proved their superiority over pure graphite
and carbon electrodes. OrIg, arte.has: 6 figures and 5 tables,
ASSOCIATION: Leningradskly politakhnichaskly. Institut I Inen IMIs Kallnina
(Leningrad PolytechnIcall-Institute)
SUBMITTED: 00 ENCL; .00
sue CODE I MR
NO REF SOVI .016 OTHER., 005
Card
2/2

BATASHEV~ K.P.; AEDREY-EVA, L.A.; AFON11,11A, L.G.
- ,
Inert anodes on a titanium bise. Trudy LPI no.r'39:lC8-120 164.
(MIRA'17:10)

BATASHEN, K.P.; ANDMYEVA) L.A.; YUIRAYE'VA, 11.2.
" - --z `- - - -
Flectrolysis of cobalt chloride with platinIzed 'Litanium inert
anodes. Trudy LPI no.239:121-125 164.
OMIRA 17: 10)

,A)HIREMA , L # D.
"The algoritla for mode3-ling of a language"
Report to be submitted for the 9th international Congreas of Lingulatop
Permanent International Committee of Lingulaticap Cambridge Mass. 27-31 Aug 62

ANDREYEVA, L.H.; ZARINA, E.Ya.; CHEKHOLISKAYA, R.K.
Using "kateksolu as a surface-active agent. Khim.volok.
no.5:67-68 162. (MIRA 15:3-1)
1. Klinskiy kombinat iokusstvannogo i sintetichookogo
volokna.
(Rayxt)
(Surface-active agents)
7

5.36oo 75701
SOV/80-32-10-50/51
AUTHORS: Figulevskly, 0. V., Kostenko, V. 0.,Andreyeva, L. F.
TITLE: Brief Communications. Preparation of Discrete Linalyl
Chloride
PERIODICAL: Zhurnal prilcladnoy khimil, 1959, Vol 32, NP 1-0, pp 23167-
2370 (USSR)
ABSTRACT: Linalool. In reaction with PCI gave a mixture of 110%
linalyl chloride and 60% geraAyl chloride. It is known
that lithium aluminum hydride reacts with primary chlorides
but does not reduce the tertiary chloridos. Ll.thium
aluilinum hydride reacts completely at room temperature with
geranyl chloride, forming dihydromyrcene. Linalyl chloride
is not reduced in this reaction, and the obtained mixture
of linalyl chloride and dihydromyrcene was separated by
dis-.11lation. Hydrogenation of linalyl chloride and di-
hydromyreene s'iows the presence of two double bonds in the
above compovnds. This is proof that upon reJuction of chloride
Card 1/2 with lithium aluminum hydride the double bonds do not reduce

Brief Communications. Preparation of Discrete 75701
Linalyl Chloride SOV/80-32-10-50/51
SUBMITTED:
and that the chloride does not contain aii admixture of cyclic
chlorides. In comparison with geranyl chlorl.de, linalyl
chloride has lower specific gravity and smaller refractl-ve
index and Is optically active. There are 2 I'l.gurcu; I
table; 7 references, 4 Soviet, 1 U.S., 1 German, 1 British.
The U. S. and British references are: I. Frevet, G. Kon, J.
Chem. Soc., 3131 (1950); E. Johnson, R. Blei-zzard, H. Carhart,
J. Am. Chem. Soc., 70, 3664 (1948).
December 20, 1958
Card 2/2

AUTHORIS: Gavi'llov, 13. G., Andn.!yevu, L. P.
TITLE Thormal Converolono o1' 1:;olliuric xy1ellen, Over C I ~ ty
PERIODICAL: ZhUl-lial obohchey Iffiludl, 19( )D, Vol 30, 141- 2, pj)
(USSR)
.;'TRACT: ThL; arti.eit, dealu win th(2 L;tUdy of' th(.~rmo-catulytlc
C olive ro 1011o of' 130mcl-le xylelleu Over clayu. 'Plic,
expevinientO were :wnducted over act1vated clay
(gumbrin) at 3000 C and 30 atm. The heatIng time,
was 10 hr. Amount., of' the reaction producto were
determined by means of' Int'rared absorption spectra
11, tile 700-800 Cm-' ranL~e. Toluene wid meoltylene
were doternilned by opecific welght, bollini, Lem-
perature., and refi-actlon cocITIclent'. of*
the cutivevoion:3 are: for 0-.,ylene
Card 1/~

Thermal Coliversions of IL;omei-ic Xylene~, 7V;W
1. 0
Over claYL; Vl,"(,) - 0 - 2 - 11
Table I
Key to Table 1.: 1) i*ractlon.; (2) hydrocat-boii; 0)
.y1c1d, (111 %); (11~ narrow 1'raction t, empoi-ature 5)
moidue; (6) losses; ('() berizerie; toluene;
(10) triesItylene.
t-~) (3)
(n
79- 861, . . . 17) 0.25 79,40 1.5002
.07-110 . . . 16.5 IMA-109 0.8657 1.49511)
30 - 150 57.8 05-145
63-164 . . . 8.45 16.1.6-163.9 0.8663 1.5040
(S) . . . . 1.45
5-55
Car~ 2/5

Thoumal Colivevilu"LI ut' Isomeric XY,Iune.; 776W
(10
Ovel, clayo
ill-xylenc
Table 2.
Key to Table 2 (1) Vraction; (2) hydrocarbon;
yield, (in %); (11) narrow fraction temperature; Pfl
ren."Jue; (6-) losoe2; (7) benzone; (8) toluene; (9)
xyl,-,IAelj; (10) mesityle-ne.
(3)
79-1,00 (7)
, 79.2'
107-110' . (I I 1 1-1
9 1.4957)
1:10-IFIO . (q) 7 1 :21 1: 15.5 - 14 5
163- W.', 9.90 W4.5-16r..0 O.M37 1.5037
0.2

Card 3/5

Ther-mal Conver3ions of Isomeric Xylenes T1 8 97
Over Clay SOV/(g--10-2-118/78
for p-xylene
Table 3 -
Key to Table (1) fmiction; (2) hydrocarbon;
yleld, (In 9;); (h) narrow fraction temperattire; 5
1-c-sidile; 6 losses; (7) benzene; (8) toluenu; (9)
1U) mesitylene; (11) diirene.
Ylenes;

79-800 . . . . (7)
flu-iQ, . . (;~ 1

(10)

163.111-fG3.8 Sal
7.6
Card 4/5

Thermal Conversions of Isomeric Xylenes 77897
Over Clays SOVP9-3()-2-48//78
Because of ease of the conversion and simplicity of
product separation, this method can be ised to
obtain toluene, isomeric xylenes and polymethyl
benzenes. The above conversions also apply to
hydrocarbons with more complex radicals (up to amyl),
since the reaction occurs because of splitting-off and
migration of a paraffin radical. There are 3 tables;
3 figures; and 11 references, 8 Soviet, 2 U.S.,
1 U.K. The 3 U.S. and U.K. references are: L. R.
Herndon, E. E. Reid, J. Am. Chem. Soc., 50, 3o66
(1928); C. C. Cannon, G. B. B. M. Sutherland,
Spectroch. Acta, 4, 373 (1951); C. W. Young, R. B.
Du Vall, N. Wright, Analyt. Chem., 23, 5 (1951).
ASSOCIATION: Leningrad State University (Leningradskiy gosudar-
stvennyy universitet)
SUBMITTED: February 26, 1959
Card 5/5

ZRINKIN, L.N.- ZAVARMN, A.A.; LEBEDEVA, G.S.; ANDREYEVA, L.F.
Use bf lijaOd emulsions in autoradiography with thymidine-H3 and
adenine-C-L4. TSitologila 3 no.4t478-481 JI-Ag 161. (MIRA 1438)
1. Laboratoriya morfologii kletki Instituta taitologii AN SSSR,
Leningrad. (AUTORLDIOGRAPHY)

AND ?,VA, L--Y-
WDKL Synthesis and Nuclear Division in the Course of Development of
the Striated Masculature." PP- 31
Institute of Cytology AS USSR Laboratory of Call Morphology
n1lauebma XonfereL Instituta TqIjhjogU AN SSSR. Tezig Dokladov
(S*cond 3cle"itMo 'rew., 0 w ute or Cytology of the Academy
Abstracts of Ptsports), Lowningrad, IM 85 Pp~
of Sciences W-ISR,
JPHS 2o,63h

ZHINKIN. L.N.;-ANDRZXZVA, L.F.
DNA synthesis and nuclear multiplication in the course of the
development of striated muscle tissue. Sbor. rub. Inst, talt.
no.5tl2-22 163. (MIRA 17t2)
1. Laboratoriya morfologii kletki inatituta tsitorlogii AN SSSR.

ANDREII-A'A'..L.F.; DONDUA, A.R.; ZAVAE"'INI, L.A.
Study of RNA pynthouio diiring cell differentiation by- the
mothods of fractJonal oxtruction and autoradiograph
Sbor. rab. Inst. tait. no.5:102-120 163. ~;IIRA 17:2)
1. Lftborittoriya morfologii k-letki Instituta tsitologii i
Laboratoriya embriologii Biologicheskogo riauchno-issl,edovatell..
skogo instituta Leningrudsk-ogo gosudurstvennogo universiteta.

"'ii" mal t,,Ir~ u
of j I ? w Ith r4 y"ures, In'.
cm . no
C's

SIMAKOVA, T.L.j KOLESNIK, Z.A.; STRIGULVA, N.V.; VCRONOVA, I.K.;
SHMONOVA, N.I.; GERASYUTO, Z.S.; ANDRSSYEVA L.G.
Bacteriological change of petroleums and their components
under anaerobic conditions. Trudy Inst.mikrobiol. no.9:81-85
161. (MIRA 15-5)
j,. Vsesoyuznyy nauchno-issledovatellskiy geologorazvedochnyy
nstitut, Leningrad.
I
(Petroleum-41iorobiology)

BOGGMOLOV, A.I.; BUTINA, K.I.; ANDREYEVA, L.G.
Characteristics of the chemical composition of petroleums
in the southern Mangyablak Peninsula. Trudy VNIGRI no.218:
54-61 163. (MIRA 176-3)

OZIMC SKOVSKATA. H.H.: HUCHNSVA, N.V.; ANDRIMMA, L.G.
kAM*ftW-W-U*W"-
Bxperlence In treating tertlan malaria with a prolonged in-
cubation period with now Soviet preparations In Altai Territort.
Sovet.med. 19 n0-5:36-43 MY 155. (HLRA 8:8)
1. Ix klinicheskogo sektora (zav.-prof. M.N.Plitnikov) Institute,
malyarli, maditainskoy parazitologli I gollmintologii Kinisteretya
sdravookhranenlia SSSR (d1r.-deyetv1tsl'rqy chle:n Akadsmii medi-
tainskikh nank SSSR ~,.eof. P.G. Serglyev)
(ANTIMALUIIALS
now, in Russia)

ZHUKOVA, T.A.; PROKOPOKO, L.I.; PASTXMIAK, Ye.A.; AIMRMVA, L.G.
Seeking methods for radical chemical prevention and cure without
recurrence of tertianmalaria with short and long incubation periods.
Report no.5-, Radical quinooid therapy without recurrence of ter-
tianfmalaria with long incubation period. Med. paraz. i paraz. bol.
24 no.2:141-147 Ap-Je 153. (KLRA 8:10)
1. Is otdeleniya epidemiologii malyarii i organizateii bor'by a
malyarley i drugimi parasitarnymi boleznyami Inetituta malyaril,
meditainskoy parazitologii i gellmintologii Miniaterstia zdra-
vookhraneniya, SSSR (dir. inatituta-prof. P.G. Sergiyev, zav.
otdoloniyem - dotBent M.G. Rashina) i parazitologicheakikh otdelov
Kamenskoy i Pavlovskoy sanitarno-epidemiologichookikh stanteii
AltayBkogo kraya.
(KaARIA, therapy.
aminoquinoline deriv.)
(QUINOLIUN, therapeutic use
aminoquinoline deriv. in malaria)

ANDREYEVA, L.G., napirant
Sepnrating a popaverin hydrochloride nrid dibaxole hydrochloride
mixture by chromatography, Apt,delo 7 no.4:14-17 JI-Ag 158
(MIRA 11:8)
1. Iz lnborAtoriJ fisichaskoy khimil (nanchnvy rukovoditell
N.A. Figurovskiy) TSentrnllnogo nnuchno-inaledovAtelinkogo aptechnogo
instituta.
(CHROMATOGRAPHIC ANALYSIS)
(PAPAURIN)
(BENZINIVAZOIM)

.lts of quinocide therapy
on period with quinocide
no.1:73-78 Ja-F '58-
having a short
arez. i paraz,
mIRA 11-4)
le Is otdoloniya epidemiologii malyarii. I organizatsit bor'by a
malyariyey 1, drugimi parazitarnymi boleznyami Institute malyarti,
meditsinskoy parazitologii i gallmintologii. Hinisterstva zdravo-
okhraneniya SSSR (dire inatituta - prof. P*Q.Serglyev, zav,, otde-
lentyam H.G.Reshina) i parazitologichaskogo otdola Astarinskoy
sanitarno-epidemiologicheakoy stantaii. Azerbaydzhangkoy SSR (zav.
stantstay G.Mamedov)
(ANTIMALARIALS, therapeutic use
ouinocide in t artian malaria (Rua))

ANDIG7177.1~j L.G., Cc~nd Ph:,,rm Soi (diss) "4ht., e of the chrori-to-
graphic method of an-dysis for of medicimal alk-~loid nix-
turos and other orgnnic banos." 'IL'IOS, 1959. 17 PP (First l7or, Ords.-
of Lenin Yed Inst im I.1'. Scchenov) 200 copie-o (17L,37-791 112)

INDRE M A. L.G., aspirant
jv%q4*--
"-~~tu.!Vy on the possibility of separating mixtures of certain lka-
loids by adsorption chromatography [with summary inInglishl. A~t.
delo 8 no.1:17-19 Ja-F 1590 (MIRA 12:2)
1. Iz otdola fiziko-khimichaskogo analiza TSentral'nogo aptechnogo
nauchno-isoledovatellskogo instituta (nauchnyy rukovoditell - prof
R.I. Figurovokly) HinisterStVa 2dravookhraneniya SSSR.
(ALRAWIDS) (SILICIC ACIDS)

ANEMMVA. L.G., aspirant
Separation of alkaloid mixtures by moans of chromatogmphio
eAsorption on allicic acid. Report No.2. Apt.delo 9 no.l:
51-55 Ja-7 160. (MIRit 13:6)
1. Is otdela fiziko-khimichoskogo analiza (nauchnyy rukovoditell
Prof. N.A. Jlzurovskiy).
(ALUWIDS) (CHROM&TOGRAPHIC, ANALYSIS)

ANDREYEVA, L.G.; FIGUROVSKIY* N.A.
Collection of works of the Department of Analytical and Inorganic
Chemistry in the Pharmaceutical Division of the First Moscow
Medical Institute. Volume 2. Reviewed by L.G. Andreeva, N.A.
Figurovskii. Apt. delo 9 no. 5:85-88 S-0 160. (MIRA 13:10)
(CHF24ISTRYt MEDICAL AND PIWMCEUTICAL)

ANDMYEVA9 L.G,
Use of the chromatographic method of analysis for separatitg drug
mixtures of alkaloids and other organic bases. Apt. delo 9
no. 5:89 S-0 160. (MIRA 13:10)
(CHROMATOGRAJIHIC ANALYSIS) (ALKALOIDS)

ANDREYEVA, L.G.
Localization and quAntitative content of carotinoide of highly
productive forms of Calendula officinalis. Apt. delo 10 no.3:
46-49 My"Je 161. (MIIIA 14:70
(COMPOSITAE) (CAROTENOIW)

ANDREYEVA, L.G.; FIGUROVSKIY, N.A.
Separation of mixtures of organic bases by the chromatographic
adsorption method. Zhur.anal.kbim. 17 no.1:105-108 Ja-F '62.
(MIRA 15-.Z)
1. Central Pharmaceutical Scientific Research Institute, Moscow.
(Salts) (Chromatographic analysis)

BELENIKIY, L.I., doktor tekhn. nauk, prof.; AND1111-11-NA) L.G., aspirant
Determining the concentration of dispersion dyes in binary
mixtures. Tekst. prom. 24 no.2:66-71 F 16/+.
(MIRA Y7:3)
1. Vsesoyuzny~ zaochnyy institut tekstillnoy i logkoy
promyshlennosti (VZITLP).

AIMREYEVA, L.G., kand. farm. nauk
Mathematical analysis of the dependence of alkaloid adsorption
on the pH in the medium of silicic acid. Report No.l. Sbor.
nauch. trud. TSANII 6:119-1,23 164. (MIRA 19:1)
1. Nauchno-organizatsionnyy otdel TSentrallnogo aptechnogo
itauchno-isslodovatel'skogo inotittita.

USSR/Physical Chemistry - Crystals B-5
Abs Jour : Referat Zhur - ruiimiya, No 2, 19571 3590
Author ; Zhdanov V.A., Konusov V,.F,, Andreyeva L,G,
Inst : Sibirian Physico-Technological Institute at Tomsk
University
Title : Contribution to the Theory of Stability anO Mechanical
Characteristics of Ionic lattices of CsCl Type.
Orig Pub : Tr. Sibirsk. fiz.-teldin. in-ta pri Tomskon un-te, 1955,
No 34, 219-230
Abstract : Considered are the stability conditions and nechanical
characteristics of ionic lattices of CsCl type during
different types of deformation. Thermal motion is not
taken into account, For calculations the effective oner-
gy of interaction of ions, is approximted by nL_n,,is of for-
mula: 1'88, F + 1 -6 r KV,Lh ', where Ok and ek' are
charges of ions (k anO. It 1 and 2) b,,, and n are para-
meters. Region of stability of lattices' of CsCl type (I)
Card 1/2 - 29
------I.......... ------------- -- ------------

I"Blectron Optics of Certain Special Electron Multipliers and its
Characteristics".
A conference on Electron and Photo-electron Multipliers; Radioteklinika i
Elektronika, 1957, Vol. II, No. 12, pp. 1552 - 1557 (USSR)
Abat: A conference took place in Moscow during February 28 and March 6, 1957
and v&G attended by scientists and engineers from Moscow, Leningrad, Kiev
and 6ther centres of the Soviet Union. Altogether, 28 papers were read and
discussed.

PHASE I BOOK 1014 SOV/3556
C. ;,-
Moscow. Inzhenerno-fizicheakly institut
Nekotoryye voprosy eksperimentallnoy fiziki; (sbornik) vyp. 2
(Some Problems in Experimental Physics; Collection of Articles.
Nr. 2) Moscow, Atomizdat, 1959. 123 P. 3,200 copies printed.
Sponsoring Agency: RSFSR. Ministerstvo vysshego i srednego
spetsiallnogo obrazovanlya.
Ed.: B.M. Stepanov, Doctor of Physical and Mathematical Sciences,
Professor; Tech. Ed.: S.M. Popova.
PURPOSE: This collection of articles is intended for graduate
engineers and physicists engaged in. the design of physics
(laboratory) apparatus, and automatic and telemechanic equipment.
COVERAGi: This collection of articles on experimental physics was
written by members of the Moscow Physics and Engineering ~nsti--
t4te. Each article is accompanied by drawings and references.
Card 1/5

Some Problems (Cont.)
was used to register period signs
SOV/3556
Dolgoshein, B.A., B.I. Luehkov, and V.I. Ushakov. Operation of
Ga8-Disoh&rge Counters During Over-Loading Pulses 32
The authors deal with the'results of a study-of the operation
of the MS-Q, GS-9, and GS-30 standard counters under controlled
pulse feed operating conditions. The dependence of'konization
memory"~ on pulse feed conditions was studied and a simple
method of measuring discharge propagation speed along the coun-
ter electrode Is desoribed,
Vlasov, A D. Lenses Compensating the Effect of Intersection
Gaps in a Linear Proton Aaz.,elerator 40
The problem of compensating the unfavorable effect of inter-
section gops on radial oscillations of particles in a linear
proton accelerator Is diso"sed.
Irodov, I.Ye. vlalculating the Profiles of Magnetic Poles 50
The article describes a method of computing profiles of the
poles of magnetic e-nalyzers of charged partieles for a given
field distribution in the plane of symmetry (the fringe effect
Card 3/5

Some Problems (Cont.)
Is not taken into aecount).
qOV/35_&)6
Malov, A.F. Some Ionic Optical Properties of Static Axially
Symmetr1eal Magnetic and Electric. Fields 54
The author reports on the nonlinear study of the ionic optical
properties of crossed. axially symmetrical, sectoral type elec-
tric and magnetic fields with unequ&l arm focusing and edges
of arbitrary form.
Voroblyeva, M.A. Sensitivity of the Glowing Dot Method 69
Kirillov-Ugryumov, V.G., D.A. Dolgoshein. A.M Moskvichev, T..P.
Morozova. Scattering of --#4.-Mesons with a Pulse of About 100 mev.
0-1 in Copper and Iron 8o
4-
Dologshein, B.A. and B.I. Luchkov. Polarization of Flow ofAt, -me-
sons at Sea Level 92
Petrovichev, V.I. Heat Transfer During.Turbulent Mercury Flow
in Narrow Circular Channels 96
The author describes experimental results on heat transfer of
mercury in narrow circular channels for 2 ratios of outside and
Card 4/5

SOV/109-4-7-22/25
AUTHORS: Andreyeva, L.I. and Stepanov, B.M.
TITLE: -Ifu-l+.-i--"C-han~~elglectron Multipliers
PERIODICAL: Radiotekhnika i elektronilca, 1959, Vol 4, Nr 7,
pp 1210 - 1212 (USSR)
ABSTRACT: The multi-channel electron multipliers described in the
paper have an output cu� rent of up to 7 A, a time
resolution of 20 x 10 see and an amplification
coefficient of 10 8 -109 . Figure 4 shows a four-channel
electron-optical system, in which channels are connected
in parallel to a single coaxial collector. Each channel
contains 10 stages of multiplication and is provided
with trough-like emitters. The collector is in the form
of a short section of a 75-CL coaxial line having slots
on the external sheath. The electron optics of the input
to the coaxial collector is shown in Figure 2. This
construction provides a good screening of the collector
field from the field of the output emitters and permits
the elimination of the voltage changes on the collector
Cardi/2

Multi-channel Electron Multipliers SoV/log-4-7-22/25
during the appearance of the current pulse. Figure 3
shows a two-channel electron multiplier where the
collector is in the form of a capacitor operating in
conjunction with a coaxial line. In this case, the
construction of the collector onsures a good screening
of tho collector field from the fields of the output
emitters. The electron optics of the near-cathode region
of a two-channel system is shown in Figure 5. There
are 5 figures and 5 English references.
SUBMITTED: January 25, 1958
Card 2/2

S/120/62/c~0_X003/033/048
E032/E114
AUT,I:OIZS: Andreyeva, L.I., and Stepanov, B.M.
TITLE: *'~ two-chaTin-elelectron multiplier
PERIODICAL: Pribory i teklinika eksperinienta, no-3, 1962, 138-141
TEXT: A description is given of the ~Jqj-09 (SLU-09)
itultiplier urhich is designed for the recording of pulsed X-ray
radiation in the range 0.1 to 3 MOV. The time resolution is
1.5 x 10-9, the output current amplitudg in the linear region is
up to 13 A, and the amplification is 10 - 109. The maximum
output current is 30 A. FiS.2 shows the electron-optical system.
The metal cathode has a yield of 0-0015 electron/photon. The
workinZ area of the cathode is 30 cm. The multIplier incorporates
the anti-noise screen ~~ and is maintained at a positive
potential relative tq the cathode, thereby reducing the noise to
loss than o-7 0 , 0 X 10-14
1~ - 1 -() A. The sensitivity is 1
100 x 10- 1A/photon/sec. cme)
There are 6 figuros.
SU3,%iITT'_;'D: November r, 1961
Card

r - /~7
SILAEVi A.B. (Silayev, A4B.]; FOUSEEVA N.V. (Fedoseyein, N.V. ]j'KATRUKHA, G.S.;
AN-DRMA L I [A~Edreyeva,- L. 1. 1; KOZLOV, L. V.
Pteparation and properties ofIsome L-CoY-diaminobutyric acid
peptides. CoU Cz Chem 27 no.9.-2240 S1 162.
1. Moscow State University, U.S.S.R. (for Silaev and Fedoseeva).

FEDOSEYEVA, N.V.; SHAYEV, A.B.; A.NDREYEVA, L.I.
Chemi0tv of polymyxin M. Part 6: Synthesis of peptides
Of L- I -diaminobutyric acid. Zhur.ob.khim. 33 no.3:1019-1023
mr 63. (MIRA 16:3)
(Polymyxino) (Peptides)
(Butyric acid)

L 4406-66
ACCESSION PR: APS024170 UR/0115/65/000/008/0038/0043
621.383(047.1)t 5'
53 .35
AUMOR: Anareyeva# L, L; Stepanov, Be H.
alw
TITLE: Photocells for measuring gowerful light pulses
SOURCE; Izmeritel'naya tekhnikat no. 8, 1965, 38-43
TOPIC TAGS: photocathode, photoelectric cell, light pulse, photodiode,
nanosecond pulse
ABS,F.'MCT-. The study and development of devices generating single light pulses
of nanosecond duration necessitate a visual analysis of the shape and structure
of these pulses and of the effect of various parameters on them. Devices used
for recording adch pulses must have- wide-band characteristics and be very sensi-J.,
tive, The present. article reviews the existing photocells which meet these
requirements and are capable of linear conversion of the powerful light pulses
into qlectric pulsesl namely, vacuum phot6celIg with an extrinsic photoeffect
having antimony- cesium, a ilver- oxygen- cesium, or multialkali photocathodes
deposited an highly conductive metal substrates for producing high photocurrent
densities, The sensitivity and time resolution of,the photocells ate discussedi'
Card

L-4406~-66,,
t.CCESSION NR: AP5024170

7 ~-l
ACCESSION NR: AP4045410 6/0136/64/000/009/0074/0076
AUTHOR: Petrov, G. I., Andisyev, V. M.-, A!LdMFevap Lo v
TrME: Effect of the physical properties of germ um oxide Its reduction
SOURCE: Tevetay*ye metaUy*, no. 9, 1964, 74-76
TOPIC TAGS.- germanium dioxide, germanium dioxide property, germanium
dioxide reduction,'prmanium tetrachloride hydrolyisis, caloinnUon
.ABSTRACT: The paper oonBiders some of the physical properties of GeO2 prepared by
bydrolysis of germanium tetrachloride In delonized livater, and their effect on the reduction
rate with hydrogen. The physical structure of the dioidde was found to be affected by the
method of hydrolysis. Simultaneous loading of the tetrachloride and water results in a fine
structure with a highly developed surface, while continuous loading of b,)th leads to coarse,
dense dioxide grains. The reduction rate was deternined from the pressure drop In the
system due to freezing out of water vapor produced by the chemical reaction.
rate was found to increase sharply with decreasing gipecific gravity of tho sample. After
filtration under similar conditions, the light-weight germanium dioxide contained 26-30%
%-Oro

L 10717-65
ACCESSION NR: AP4045410
moisture-- while the-11hijavy _do:adei contained only 6-1 a also affects -the -reduction
usuai -calcination of - germanium dioxide -in- air may oleo ohmige Its physicaL pro
The parties,
Thus, an increase, in the calcination temperature leads to an increase in hygivscopicity UP
to 400-500C, the quantity of hygroscopic moisture removed from light-weight GeO2 being
4-3,-6. times-as_high as-from lhqaWl germanium dioxide. The amount of water of crystalliza-I
I tion removed is exactly the same for both light and Niavy ge- rma~lulndioxide. - At-Mghe r---.
i temperatures, the hygmscoploity decreases, probably due to decreased porosity. Many
publications (1, A. Sokolov, r. L. Joseph and others) have noted the relationship een
the reduction rate of oxLdes and their porosity, meaning the porosity after preliml
calcination. The article concludes that the decrease in rate of reduction of GeO2 after
calcination at high temperatures to caused not on1f by the decrease in porosity, but also
by the formation of a new,0 -GeO2 modification which to reduced with difficulty, In tests
at high temperatures, the partially reduced'germanium powder always contains -Ge02.
Orig. art.. has: 5 figures.
ASSOCUTION: None
SUBMITTED: 00 ENCL- 00 SUB COM, W
NO REP SOVi 002 OTHER:
2/2

ANDRZYEVAj_kj,L; BELIKOV, I.F.; KUZINAp P.V.; SAKSONOVA, A.V.) ZAXOVLEVA,
V*PI
Chemical composition of some grass species of the southern,Maritime
Territory# Soobo DVFAN SWR no.1803-76 163. (MIRA 17%11)
1. Dalinevostoobnyy filial imeni Komarova Sibirskogo otdeleniya. AX
SSSR i Dallnevostoohnyy gosudarstvennyy universitet.

IM/0366/65/001/004/0636/064()l
&UMORSt Sokovishinap L F. t Perekalin, Vs Vo i ;!2~~O*X. Andrgevsj La M., 33;
2o'
TITWI Synthesis and,isomerization of nitro-alpha-oxides
TOPIC TAM orgunic synthea-i6-1 isomeric transition, oxidel nitro compound
ABSTRACT; Because of the antibacterial activity of some nitro compounds and tho
fungicidal properties of some alpha oxides, the authors attempted to combine the
two. Nitro-replaced alpha oxides were first obtained by an exchange reaction of
jr_-jjnP-rPpIaoed oxides with silver nitrite. The sti-acture vras deteimined by DI
speotrat the e62 and 1M cm4 a ICII~~a&Wristio of alpha oxide rings-wid-tibm
1362 and 1560 cm-1 bands of the nitro group were all detected. Chemical ana4sia
also cmifirmed the composition of the compound. The oxide of 1-nitropropen-2 was
converted, on heating with water# to 1-nitropropyle-ne glycol-2,3, and this rag thl
converted to a benzil derivative. When the nitro oxide was acted an by hydrogen
chloridep 1-chloro-3-nitroproponol-2 was obtained, and this was hydrolyzed to 3-
chloropropanol-2 acidl from whidh an acyl derivative was obtained. Itwas found
that the oxide of 1-nitropropen-2 when so-bed on by a bagel by ultraviolet light or
CardlA_

Country USSR
CataSory Disea3eo of Farm i~n:Uvil!7 R
Dtseasw Caused by Bactcria und Fungi.
Abs. Jour Ref Zhur-Biol. 1 110 121) 19501 c"6982.'
Author Andreyeva, L. N
Institut. :--U~nsDrinrtitnte of Vatarinary Sciences.
TIt1o :An Experiment kpplying Nowirsenol lat.-c-a scu-
Mu
larly 41,n Parntyp!,Ioid of Calves.
ori~-, Pub. :Sb, stud. nauchn. iabot. Omskiy vet, in-t,
2.957, vyp-~ 2) 46-l-7
Abstract :I-Tovarsenol was intramurcularly introduced in
t1he. fo-,:-m of a 1.5 percent water solution in do~
s-.ges of 10-20 ml and simult,~neously glucose
and c--Pfeine were administered. Out of 12 trea-
ted cnaves 11 recovered, Nov4rsenol did not
produce any side effacts.
CP 1: 1/1

ANDREYEVA) L.N.; ARNAUTCV, N.V.
I...
Quantitative spectral determination of minor elements in sedimentary
rocks. [Trudy] Inst. geol. j geofiz. Sib. Otd, AN SSSR no.32:29-33
165. (MIRA 19:9)
-,.-j

LIAKUMVICH, A.G.1 ZMHAROVA, N.V.; LAPKIN, LA; A!LD-HEYEYA,LA.;
RAZUMOVSKAYA, L.V.; TAROVA, Ye.D.; VOLOSIIKO, S.G.
Chromatographic anflysis at the Sterlitamak Plant of Synthetic
Rubber. Zav.lab. 28 no.5s637 162. WRA 15s6)
1. Sterlitamalrakiy savod sinteticheakogo kauchuka.
(Sterlitamak-Rubber, Synthetic) (Chromatographic analysia)
I

'DREYEVA, L.N.
Yu.V.; AN
Reaotlon of ketene with nitrogen--containJng basea, Part 20i
PolarograplAy- of chloroacetamides. Zhur. ob, khim. 35 no.51
839-842 My 165. (MIRA l8a6)
1. MoldavskJy nauchno-Assledovatellsk-ty Institut pishchevoy
propWahlennosti.

TSVETKOV, V.N.; ANDREYEVA, L.N.; KVITCIIFNKO, L.K.
Flow birefringence and flexibility of deoxyribonucleic acid
molecules. Vysokom. soed. 7 no.11:2001-2005 N 165.
(MIRA 19:1)
1. Institut vysokomolakulyarnykh soyedineniy AN SSSII. Submitted
March 10, 1965.

VOLYAK, L.D.; ANDREYEVA, L.P.-(Moskva)
Study of the surface tension of n-heptane and n-ootane. Zhur.
fiz, khlm. 35 no,7:1416-Ii.L7 JI 161& (MIRA 14:7)
(Heptane) (Octanel, (Surface tension)

L 5LOLO-65
MCESSION-M AP5010333 UR/0205/65/005/002/0183/0185
AUTHOR: Dubrovinat Zo V.; Wkin, P. M.; Andreyevap L, P.
TITLE: Effects of onloliuns, magnesium, phosphorus and fat on
strontium-90 assimilation in rats
'ISOURCE: Radiobiologiyat ve 5p no, 29!s 1965t 183-185
at# strontium-909 deposit formationp oaloium
10FIC TAGS: animal r
metabolism,, oalw~m radloprotective effect, food requirement,
enrich6d food# calcium$ magmaima phosphorus,, fat
'ABSTRACT: In an experiment on 6 groups of white rats weighing 130-+3g
the possibility of increasing the radioprotective effect of oaloium
against at---ontium-90 by enriching standard rations with calcium,
magnesium., phosphorus, and fat van investigated. Prior to
experimentation all animals received standard rations contairVInga
normal amount of calcium (0.4%) corresponding to 40-50 mg/day, During
!the 22 days of experimentation the first 5 groups received the same
rationsp but the milk was replaced by milk containing strontium-90
(4-5-lo-8 ouries/1). SLU first group served as a control. The

P 54040-65
Ile,
iACCESSION HR: AP5010333
rations of the second, thirdp and fourth groups were enriched with
calcium
phosphorus,, r&gnssium., and fat in different proportions,
The fifth group received in add2tion to starAard rations only
ammonia oxylate which inhibits calcium, intake, The sixth group
received soy bean m3.1k rations containing approximately the saw
amounts of oaloiump phoophoruag magnesium, and fat as the control
standard ration. Daily calcium intakn and amount of calcium
excreted in fecos tind urine were determined. On the 22nd day all
animalswere killed. Calcium and strontium-90 distribution and
activity in bones and oarcaBn were moasured by radiochemical
analysis and STS-6 counters* Pindings show that in the second group
with magnesium enriched rations strontium-90 activity was reduced
,twofold compared to the control. In the third group,, the addition of
phosphorus to the rations did not enhance the effect of the magnosiumej
In the fourth group atrontium-90 deposition was reduced b four times
with calcium., phosphorus,, magnesium, and fat nnriched rations*' In
the fifth group strontium-90 deposition was barely affected by the
iannonis ox7late. In all groups, with the exception of the fUrth,
'calcium assimilation was higher than in the control group and at the
sarae ti= strontimm-90 deposition was lower than in the control group*!--
jo~3

L 5hoLO-65
ACCESSION NR: AP5010333
The enriching substances appear to affect strontium-90 assimilation
indirectly by intensifying or weakerAng the competitive role of
calcium, The ratio between Ca:P:Mg:fat apparently is not a determin-
ing factor, because in the sL-.th group whose rations were practically
the same as the controls strontium-90 deposition was almost 1.5 times
lase. Thus, stud data indicate that the radioprotective effect of
calcium against strontium-90 deposition may be increased by
rats ith, 3a and fst7~~.~PFJ-47:70rt.
'ASSOCIATION: None
SUBMITTED: 20Apr63 ENCL,. 00 SUB CODE. Is
VR REF 80V: D02 .011
-1 T
A
_11KI:
_41
J
"j"', r'.Z
A, ~~-"VWMA

T,
AUTHOR:
'MT (1)/EVa
U.3 j P F (n)
--E /L
W6000292 S OUR-CP, -C&D 9--
Krentels, R. P. Radav eldy, 1. Z. Gel'd, P. V, Andreveva L. P
ORG: none
TITLE: Phase transition of M-n5S13-
SOURCE: Zhurnal nersrt,-anicbeskoy kbiniii, 10, no, 9, 1965, 2192-219.1
TOPIC TACS: c1cctric conductivity, In'li"llefle Cusceptibility, lnayl~~O.Tiese cv-mpound, d1loide,
trancition te-
I mperaturo dependej)ce, heNf Capair:jAy
A 13STRACT: The m~j; Uet c susceptlbll!~X and clectrical conductivity of Mn5SI3 were stildied In
the range of 20 - 3~00K. Measurements were taken on a pure, aingle-phase silicide sample
am-waled for 24 hr at 900C. The magnetic susceptibility was measured by the Faraday method
h) fields of 1000 Oe, and the electrical resistance by the 4andard compensation method. The
results are shown in Fig. 1. The heat capacity values shaNy distinct anomalies around GOIC.
The somewhat stretched temperature intervals of [he anomalies of'/- and P, which attaiw2OK
degrees, are probably due to the fact that the measurements were taken tinder dynamic .'- - I
conditions. Above the transition point, the magnetic susceptibility of MnSSi2 rapidly decreases
with rising temperature; the Curie-Woiss law Is followed closely in this region, and It follows
that pff = 3.9p0 . The resistance grows fairly rapidly with temperature, Indicating that
the. conduction is metallic in chat-acter, From the temperature dependence of the magnetic
Y-~isneptibility it Is concluded that the trnnaltion uzidFi; the breakdown
of a weak ferromagnetic intevactJon and a change of the siibstance into We prtr4~ 1-c state
Cord 1/2 UDC; .416,7'1112-8
W

GrLID, P.V.; ANDWEYM, L.P.
Certain ch6racterisUns -f the OC-phase in the system Fe. - Si.
Piz. met. i motalloved. 19 no.1%70-77 Ja 165- (M-IRA 15W
1. Urallskly politekhnicheskiy institut imeni Kirova.

L
L3
L
ACC NRi m6oi6150 SOURCE CODE: UR/0058/65/000/011/AO25/AO25
AUTHOR: Andreyeva, L. P.; Krentsis, R. P.
TITLE: Apparatus for measuring electric resistance and the linear-expansion factor
SOURCE: Ref. zh. Fizika, Abe. lIA261 4 4
73
REF SOURCE: Tr. Ural'skogo politekhn. in-ta, ab. 144, 1965, 126-128
TOPIC TAGS: measuring apparatus, ele,:tric renistqnce, thermal expansion
ABSTRACT: An apparatus simultaneous).~- measuring electric resistance and the thermal
linear-expansion factor in the temperature range 55-320K is described. (Translation
of abstract. (KPI
BuB com,: og, 14/ SUBM DATE: none
Card 1/1 Ne-

techniques at the Kuznetsk Kat
s. 19 no.2:160-161 Mr-Ap 155.
pectrum ana3,vaio-Congresoaa)