SCIENTIFIC ABSTRACT SHKLEYEV, S.M. - SHKLOVER, L.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549620015-8
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

USSR/Genoral Biolor.-y. Goncral Ifycirobioloy. 3-6
J`Lbs Jour -11of" Zhur-Biol,, Fio 16, 19507 71671
1,u t ho i? Sh loyev,
In S 'Ll ICuyby!jhev Ecclical Institutc.
Titl~D HyClrochcrlical and Hydrobioio~;ical Charactc-
ristics of Lakes of the Volga ~LLivcr Bottori
Lands i!ithin Kuyb,lrs.Lln-v -Oblast t .
Ori:-, -Pub iTr. Xuybyshcvs1c. r.,cd. in-ta~ 19579 72 101-104
bstract Studies aro raDortod concernin:.- th~~ rcsults
c-;f stationary yuar-aroun(~ investigations of
tiao hyCrochc-.--.ical an(~ hy~!.robiolor~ical cyclo
0, -1 L,1.-jC I I Y
I u Zoloiamtki-117 an' Posoc.:= y La-kcs anC of
ficlC cbservations iri a so--i-ics of lah-cs.
Car 1/1

GINZBURG, V.L,,:redaktor;.I3YKIN, GeA., kandidat fis.-mat. nauk, redaktor;
CHIKHACHN , B.M., kandidat fiz.-mat. nauk, redaktor; SHKLOWSKIT,
' T`7xte' , 0 ,
doktor fiz.-mat. nank; YTOKIN, M.I.. redaktor; lqkm
tok:hnicheskly rednktor.
(Proceedings of the Fifth Conference on Problems of Cosmogony;
radioastronomy] Trudy piatogo.soveshchaniia PO Yoproxam koimo- -
gonii; radioastronomiia. Moskva, 1956. Izd. Akademii nauk SSSR.
56? p. (KI.'HA 9:5)
l.Soveehchantft po vopropam koamogoniL 5th, Moscow 1935.2.Chlen-
korrespondent JAWN SSSR (for Ginoburg).
(Radio astronomy)

SMMOVER, A. K.
[Nathod of calculating th a heat resistan a of buildings with
single and multiple layers In walls and roofs] Netod raschata
odnosloinykll i mnogosloUqkh ograshdaiushohikh konstrliktail
zdanii na teplonstoichivost'. Isd. Alm. Arkh. SSSR.. Moskva,
1945 79 P. (MT-RA 7:5
(Insulation (Heat))

SHKLOVI&R,A.M., inzhener
Principles for standardizing heat stability calculations of buildings.
Stroi.prom.25 no.z:17-19 F147. (KLRA 8:12)
(Insulation (Heat))

7"T M-7
7 p
Q j.4
T n s t Ac.91. Ar-,'Itect,.ires,
47'n.!.~.-in~ P-ohln~-,~ o' ':.-at Trcin~f'-- b-,r Plane T~iprrnnl. D ol A',~
.--~at --rinsfer a' Flat Heat "rith the A-1-1 of Gran!15, hur
p 7:i 7 1 q, 1

SHIVUE111 A. M
Heat - Conduction
Calculating the heat resistance of walls and roofs in relation to fluctuating outside
temperature. Mat. i konstr. No. 4, 1949.
Montfth List of Russian Accessions, Library of Congress, Augaust 19L2 UNCLASSIFIED

SHKLOVER, A.M., inzh.
Cialculating dampness in exterior walls and roofs using the
method of fixed balance. Stroi.prom. 27 no-7:20-23 J1 149.
(MIRA 13:2)
(Dampness in buildings)

15~~' -
4"-~
it"
TEMPERATURE VARIATIONS ON THE SURFACE OF AN
IN F[NITE SHELL UNDER DISCONTINUOUS HEAT FLOW,
A. X Shklover. Zhur. Tekh. Fit, 21,1372-6(1951) Nov.
(fi;Ws-wizil

SHKLOVKR, A.M.
[Heat engineering computations for buildings located in southern U.S.S.R.]
Teplote)-hnicheakie raschety zdanii, raspolozhennykh na iuge SSSR. Moskva,
Gos.izd-vo lit-ry po stroitelletvil i arkhitekture, 1952. 42 1).
(mLRA 6:7)
1. Akademiya arkhitektury SSSR. Nauchno-iseledoVRtellskly institut stroitelt-
noy tekhniki. (Air conditioning)

SEKLOVER, A. 1-1. N/5
613-59
Teplopere,,4acha periodicheskikh teplovykh vozdeystviy (Thermal Transrrission -S5
Of Periodic Thermal IrTluence) Vioskva, Gosenergoizdat,1952.
79 ~-. diagrs., tables.

PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 200-1
BOOK Call No. TH 712IS47
Author: S -HKLOVER, A.M. Master of Eng. Sci.
Full Title: THERMAL STABILITY OF BUILDINGS
Transliterated Title: Teploustoychivost' zdaniy
Publishing Data
Originating Agency: Academy of Architecture, USSR. Scientific Research
Institute of Building Technology.
Publishing House; State Publishing House of Literature on Building and
Architecture.
Date: 1952 No. pp: 167 No. of copies: 3,000
Editorial Staff
Editor: Dashkevich, L.L. Dr. Eng. Scl. Tech. Ed.: None
Editor-in-Chief: None Appraiser: None
Text Data
Coverage; New methods of determining the thermal stability of buildings are
presented exclusively from the physical and mathematical points of
view. Heat capacity and conductivity of building parts (doors,
windows, walls, eto.) are analyzed in respect to the seasonal,
geographic, and solar-angularity variations of the interior and
exterior temperatures. Continuous and interrupted heating methods
are outlined as a function of the mean amplitude of composed
1/2

Teploustoychivost' zdaniy
AID 200-1
harmonies of temperatuxe, variationa. The questi,,.)r of air
ventilation is also discunsed in analytical terms. (Charts and
tables)
This book treats th,) of heatIng buildingA exclusivel
thermophysically and mathematic&" unlike American books, whose
approach is usually empirical and based on practleal details of
construction design.
Purpose: The textbook for nonstruction engineers, architects and scientific
workers on the thermai-phy~jloal problem of building.
Facilities: Professor 0. E. Vlaoov and Dr. Eng. Sci, L. A. Somenov are
called the pioneers on the scientific research work in this
field. Candidate of Engineering Sciences V. F. Vanillyev
conducted experiments at the laboratory of thermal phlypics of
the Scientific Research Institute of Building Teohnolo& testing
the conclusions presented in thIs book.
No. of Russian and Slavic Referencess 9 In foot notes. (1929-1950)
Available; Library of Congress
2/12

USHKOV, P.V., kandidat tekhnicheakikh nauk; SHKLOVER, A.M., kandidat tekhnicheakikh
nauk, redaktor.
[IRSBearch on the thermotechnical properties of walls made of three-layer re-
inforced-concrete panels] Issledovania teplotekhnichsBkikh avoiatv stan iz
trekhaloinykh zhelezobetonnykh panelei. Pod red. A.M.Shklovera. Moskva, Goa.
4-zd-vo lit-ry po stroitelletyu i wkhitekture, 1953. 58 P. (MINA 6--10)
(Reinforced concrete) (Walls)

SHKLOVER"ron Mikhaylovich; VASILIYICV. Boris Fedorovich; USHKOV, Fedr
'-~~asillyevich; KAUFMAN. B.N., kandidattekhnicheskikh nauk, nauchw
redaktor; 30RODINA, I.S., redaktor izdatellstva; PERSON, M.N.,
tekhnicheskiy redaktor
[Principles of heat engineering as applied to construction] Osnovy
stroiteltnoi teplotekhniki zhilykh i boshchestvennykh zdanii. Moskva,
Goa. izd-vo lit-ry po stroit. i arkhitekture, 1956- 349 p.(MLRA 9:11)
(Heat engineering)

I I I -,~ 5.7 .- -1 -- ~,Illl~ -~ .'w,- I - ~--_ ~ - . -- -- - - - - - - -
SHKLOVER, A.M.
~--- I'll L.- -~% -- ~, -- ~
The temperature regime in a room under different heating s7stems.
Vod.i san.tekh. no-3:1-4 Mr 156. (MLRA 9:7)
(Heating)

SHKIDVF.R,
A.M.
Ca leu1nting cooling in areRs serviced by uneven heating. Vod. i
san.tekh. no.9:8-11 S 157. (MIRA 10:11)
(Heating)

,SHKWVER, Aron Mikhaylovich; VOSKRESENSKIY, K.D., red.; LARIOIIOV, G.7e.,
umln---re(t~
(Heat transfer in connection with intermittent heat] Teploperedacha
pri periodicheskikh teplovykh V'Ozdeistviiakh. Izd.2., perer. i dop.
Moskva, Gos. ener izd-vo, 1961. 159 p. (MIRA 14:9)
%at-Transmission)

SHXLOVER, A.M., -'--4nd.tekhn.nau-k
Basic problems in the theory of heat. resistance. Izv.ASiA
no.3.97-98 162. (11CFA 15:11)
(Walls-Therm-gl properties)

- SHI(LOVE-N, AJI.,
Breal,3 in i",e operation of a 1--atim, x/stem. Vod.i san. tekh. no.
2~0'-ll F ';62. (MIRA 15-:2)
(Ileating)

SHKWVE,R., A.M., kand.tekhn.nauk
Patterps of the path of a wave of heat in a multilayer wall
Izv.ASiA 4 no.4tl.18-121 162. (MIRA 16;1)
(Walls-Thermal properties)

KUM I BOOK EXFLOITPTION SDV/57
,20
S`c'~ ~,,ver, k7on Yfilldmylovich
pei pri ,periodicheskikh teplovykh vozdeystviyakh (Heat Transfer
D-ii:rln.- Recuz-reat Thermal Reactions) 2nd ed., rev. and enl. Moscow,
t ' 7000 copies
-e-r- twis., 1961. 1179 p. Errata slip insert,ed.
il":
Fll..: K. D. *Vc%Gkr~-=enskiy; Te:!'i. Ecl..: G. Ye. Iarionov.
T":i-l'o bo-A Is intena--d for engineers, students, and scientific
in -Droblr-ri of heat transfer.
The book ziescribes, a simple method developed by the author for the
of flat heat -wmves in multila r walls. This method can be
ye
fol. SO-1-Ang te.!2nnical problem- connected with the variation of tem-,jer-
5.n~- flows in types of walls and in closed sj)aces ldmit,!Jf
Y -"i-all-3. Di a,- ~s are gLvan for the use of simplified apprmdmte

GULAMOV, R.G.; ZAYKO, G.l.; ZOTOY, A.N.; ISCZHANOVA, Kh.K.; SOKOLOV,
Yu.,a.; ' SlIKL0VM,A.Ya.._; TSUrjUWAN, H.P.; U.RIMEIIKO, I.L., red.;
BAKHRITAROV, A., tekhn.red.
(Tashkent; concise reference book] Tashkent; kratkii spravochnik.
Izd.2., dop. Tashkent, Gos.izd-ve Uzbekskoi SSR, 1958. 190 p.
(MIRA 13.-3)
(Tashkent-Guidebooks)

SHKLOVER, D. A.
"Quantum Yield of Luminescence in Some Silicaltes, Tungstates, and Borates.," Zhur.
Piz., No .11, 1947

41741
N _
d X 9 a it 0 At a
lids 6 1 0 9 14 1112111140M till I
j
X
'
M a
'.A z
I
e
111~r a 0 a a L m P 0
j I
'
&
_.~!_o !-to 4-1 "TOU21--
PWIS111% AND P40P14111% 1k091
A
:;j

:100 An Intense source of resonance radiation
1
M goo
.
.
.
Gurevich and D. A. S"vcr. J. T"h - Phys. (U.S.S.R.)
40 17, 53-00947) 03 Russian)-Quant. measurements
00 -were made on the characteristics of the Houtermaus Hgarc goo

00 (C.A.26,5849). The authors present graphs shosving its goo
voltage-amperage characteristic and its intensity in the
ultraviol
t
f
i
f go 0
e
as a
unct
on o
amperage. FronAtitoWits
e total Intensity is lad-pendent of the t
rn
f th
[f
i
h
00 e
p. o
e
n t
e
ir
side-arm
A
87
8
f I Soo
.
pprox.
.
% o
ts radiant energy is in the
form of the resonance radiadon at 2W7A. A flux of 72 see
ow./sqcm. due to this line alone was observed I at. from
the lamp. Its line width wu 0.003 A. This lamp may
l coo
as
a
so be used am a source for the second fig resonance line,
at I= A. Cymz Feldma
Noe

A L A AITALLURGWAL LrTIERATIAR CLASIVICA1100
' see
77 134ho NOWMV
~141111 Car an All
1414W NAP 0`41

U Is a ad 0 V 1 X7 IN 9 a a a
11 41 K' 19911 ;51 C19;9
-i
l 4
le
0 O o
e 0 0 0 0 0 0 0 0 0 wo 0 000*0406909

cd?
n,;un Iold of the luminescence of some iWicates.
.I borslvx~ D, A. Shkluvri I All I ui~os
Irot".11. 1114C. MI.Alow). ZJIM'. Jtkh. Fla. 17,
L'Ar.l. le.1,. (Maj,kin Zolfo FA. l 1949, 1. 111 Flo,
yield, of file (rchilicAlly ifillsortatif
(1). (11). (11V. I tlddf,,)~
(IV) %vcre -letd. The NUil of C011119164.111 W45 the light
eolim 1, ujolef igr,oli4tjolk %%ith tile CiprorAl title 2.137 A.
This light eminmon is detiawil set the ratio of tile intell-City I)(
tile Imnitiellern; light to tile ilitell.iLY fit tile VICithil
tioll falling 111.)II Ibe %liff"er of the 111111illophole. The
,jummitit virld (k) I, iiii,est I.v Ilse r,joAt ioal k - ) 1121t:
- -I 1- 0 ~ . III 1, 11101 1' 1, (it, "I'At, CdAci- , "Ahilav
(he luttoo-v'I", 1.4duffoo. R I, III, 'JuAntillo rAtio. "
od N ate file .11-fittloll quotivitts I,( the VICIling rAdintioll
~::od -f tile luroitte~etwc Ir..j, . in I[j,. tih,, or tile
ualitiolihore. I is the light eittission. 'rhe vAlues of q for
he hianinophores tested wirre lietween 50 and 141) loosens/
.1 still the highest value (if 137 hinicusiw. living shown by
11. rhrsc v;tlurs %sere 5 4) tiniri thow for iticandexerit
'rise ji,.,ormioit %,wirs. for life visible I.Pflioll of file
,pet (miff ..,.IC 10) 1"', r
fill 1, Ill. Ind IV and ~.' L*.`* fiq 11
I'lle occulgetIM k - 4(kill". hit lAIIdAf
".." I M. to, it. Ill, IV. rise if,%-rptiou coelf. fill the
TI.-MI .11- (AlliAtioo if the Hit title X - 253.7, loss ..s iNl-
(,it 1. 11, -till IV and 78'7; for III. The Ill vAluri for the
Ili. Ill list, At "IX.F1.1 fof tile ~.tfoos sim,jr, of
loo, II.S'. IIMS. And O.N2; (,,1 11 11 Ill,
I- Ill -1 -.A. 067. And O.-M; (of IV 11.711. 1 ... I list lAvIssiCt
ooists. tl.s:. And 11,77. M. I', M-fe

may 1948
Lamps' Meroury
Lamps, Quartz
"The Stability of Radiation of Mercury Qjxartz Lamps
PRK-2 and FRK-4,- D. A. Sbklover, A3-1-Unicm Elee Sag
Inst, 3 Pp
"Zavod Lab" Vol XIV, No
Working life of theme lamps Is 1000 hours. Describes
measurements of relative power and vave lengtho for
various 4ouro of service. Shave results graphically.
75T30

0 0 4 0 0 a 0 0 4

A I L 0 L 1-,k ft I

4 L L
-r- a PL- i - f - Y-

..Cc.

621,3
"%L S"rml wji cokm cbmacOm Q(
rGdkdm of kuhmscomm! hmmp and medm& of
-
1
9
*
W
A
n
.
(194
) Ix
SSSR (Ser. 1
7z.) I S(
At least thm Wo of ffuorescent tubes dwub
nunufacturod. viz. white (colour WOW. of rs&
3 500-K). solar (4 MO, mid daylight (6 750'k) (
and wnvspmdms mandard mourm stiouI4
esublished. Fhwnvmu tubes with Unw,
ternary. lurniao~ have bow c1cmaind.
double nwxxxhromwr and a vomm p&w
with a dc. amplifier have been used for mean
the cnergy distribution in the radiation opam
-aw-cet-W
h d f
Clovis$
7.4
the
0- IS
.00
be
so*
cc
c$, zoo
be
ell too
ms
m.
MS
oft with suJitable light filten have been suaested for
dxaint the cwour or radiation in dm manufutum
of fluomscent tubes.
449 age
A I S L A WALLUNMAL LITEOATURf CLASSIFICAMN C-z- % tt
4-gib t a A, 10
a ZI it OF WJ'o .1 JiLL An L i v ad o a it i v a o a a 3 1 T KAI

SHnOVER'. D. A.
USSR/Engineering - Control Equipment May 51
"Universal Photoelectric Colorimeter VEI, D. A.
Shklover, P. S. Ioffe, VEI (All-Union Elec Eng
Inst imeni V. I. Ienin)
"Iz Ak Nauk SSR, Otdel Tekh Nauk" No 5, pp 667-681
Describes new photoelec colorimeter developed in VEI
Instr permits measurements of light and color in-
tensity and color temp of light-source radiation,
and measurements of refraction and reflection coeffs
of various transparent and opaque materiEls. Color-
imeter is now used in laboratories of plants and sci
res institutes. Submitted by Acad V. S. Kulebakin.
182T62

Methods of In"Outsineut 01 the Oplicid Charactedsom of
tb* rediAti Ruovetwent lemps, imd cathode.
toy tubes, z4Lcnht;VTad Blectroin1i, Itim
S.S.S.R. Str, Fit. IS. KM 311 IWI)
rhe intrittity of radiation is ineAmiml with a ~~ MI. *,I.
ns,t"t toeyetionoddrity. with a filtirt &Ind an amplifier t fwo
.I W I'rbh Xji4 1931.007-441 )or with
it imilliptirr, To det. the quAittiam yicki the exciting ultra
vwf~t fAilLitkm is triessured with 4 therinix-imple cAlibrat"I
ag-inm in incandcamt latup of kn(m it flux anij color temp.
alio dri pl. the rellexion cmff. in ultmviolet of a thick plumpluit
6yrr. SlIectral curves can be taken with a photonoultililirr
mll tvgiAtering on in Aiwilknctw. The brightticit... ,f-
fwi~tlvim absomfion iNVI'lis., quAntuip yieklms. X-Y crurill.
imi", ind mar- length.,t W the nut-A. mAr 14bulatcl fm th,
following 19 protluction phosphom: Zn(.S3)C-l(43)S-Cu.
/n(tk5)CAf(3M,-;-CU' Zn(7.%Wd(2,qi1z~-Cu. Zn(Wj)CdtIm1.S-
Cu. zr%~W))C.100.~~Cu; znA~Cuta differcat lwvpns I,
/nS-A-, Cu; ZnS; Zv4',Aa, CA.Sl~*S114S, NIIALli,; Zri,
Z41(fle) SA (2 pmprisA: C41.0A. A color
diagrant is shown with linsits of acceptarxe jit 4 diffennt
%A(w terupm. A change *( phollthor comPo. Of 1%
chaugm the color temp. by 100*K. S. Pskswer

GTRSPL No. 45
D.A.
'"'fe- R.A. All
6 7-jil 1 1--t- -Ul"O. Of Electri,:.l En -
()[ file All-Ll,ioll ln.,tjt,,t, 01 FJc~trj,:,,l ,gineerln)?), Tile
lRircerir,R.
kkademiya Nau)c S.S.S.R., Doklady Vol. 79 No.
5 1 Oil " i

ASHKF,NAZI,Genrikh 19ftakovich; SRKLOVUI,D.A., rednktor; VORONIN,K.P.,
tekhnicheskiy redaktor I ~
[Color in nature and technology]
Gos.energ.izd-vo, 1955. 67
P.
(Light) (Color)
TSvet v prirode i tekhnike. Moskva,
f%MLRA 9:1)

IOM.R.S., Inshener; SMCLOM,D.A., kandidat tekhnicheskikh nauk
Photoelectric device for the control of color and light
characteristics of fluorescent lamp radiation. Svetotekhnika
I no.2:8-1) Ap 155. (KI.RA 8:9)
1. Vsesoyuz_-z47 avetotekhnicheakly inatitut
(Fluorescent lighting--Testing)

SHKLOVER, D.A., kandidat tekhnicheekikh nault.
Colorimetry today. Svetotekhnika 2 no. 1:~-U Ja 155. (MLRA 9:3)
1. Vaesovusnyy evetotekhnicheskiy institut.
(Colorimetx7) (Optics. Physiological)

SHKLOVeR., DA.
r3f~ft,4-* 62'-1-.32-7 4-3-
9531.
'Colm 9W Ught dmmdcristks cWr ti., i=
092M~WMt 12M S. 10 AND
!~eIOIA3RUWo. 2, 8A 3 (1955) IftId
sr~

HUNGARY/0-pt Phys j
-cai opt
Ab s Jo Ll-r Referat Zhur - Fizilm, NO 3, 1957 , 7759
Author Sliklover.
Inst
Title Investigation Df Optical Properties of Luminophors of
Cathode-Ray Tubes.
Orig Pub Meres es autorLttiha, 1955, 3,. No 7, 211-214
Abstract No abstract.
Card --,/1 5-1 -
K-5
USSR/Electronics Semiconductor Devices and Photocells, H-8
Abst Journal: Referat Z ur - Fizika No 12 1956, 35220
Zh A
Author: Dorf, O~ P., Kokina., N. G., Lifshits, T. M., .Shkiover, D. A.
institution: None
Title: Photocells and photomultiplier with Magnesium Photocathodes for
Recordin8 Ultraviolet Radiation
Original
Periodical: Radiotekhnika i elektronika, 1956, l., No 1, lo6-113
Abstract: Up to 250 vacuum photocells with magnesium photocathodes, intend~-d
for operation in the ultraviolet region (from approximatelY 3500 A.)
have been prepared and tested, A reproducibility of the spectral
characteristic from specimen to specimen of approximately 10% Vas
attained. A magnesium photomultiplier with low dark current was
also prepared, making it possible to record radiation fluxes up ts
lo-15 watt at 2537 A~
Card 1/1
--------------------- -_r ------ --------
--------------- - 1_7~--~. \ -) I

Us'~,, R /101) Lc sPhoLametry. c0iol-Lifletey. K-10
Abs Jour FeferaL Zhu_r - Fizika, No 3, 1957, 8090
correspondinL units. This is effected by changing the
Lij,kit fi.LLers. After a single stage of pointer microam-
awLur M-211 with a rtui,.-P of 100I.it amp. 'Ibe sensitivity
can be varied by a factor of i,000 using input resistan-
ces of the amplifier. Also developed were the instru,
ments M-5 and UFT,1-6, which employ circuit with charge-
storage using a capacitor. They are equipped with ma-
-nesium and Sb-Cs photocells. The electric circuit of
the TJFM-5 is given. This instrument measures very
small intensities, bo'bh integral (with respect to time)
and avera-ed ove--- 15 -- 20 seconds. The sensitivity of
the insti-mrents is 0.5,.L% II/CM2.
Card 2/2 - 131 -

SUBJECT: USSR/Luminescence 48-4-45/48
AUTHORS: Shklover D.A. and Ioffe R.S.
TITLE: Methods and Devices for Measuring Luminescence (Metody i
pribory dlya izmereniya lyuminestsentaii)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, 1957,
Vol 21, #4, pp big-622 (USSR)
ABSTRACT: VNISI, the All-Union Scientific Research Institute of Lighting~
Engineering Industry, has developed several devices for
measuring the radiation of luminescence with respect to its
brightness, lumen output, color and spectral composition.
Selenium pnotocella and photoelectronic multipliers with bis-
muth-cesium cathode are applied as luminescent radiation
receivers.
Universal photoelectric colorimeters UFK-1 and UFK-2 are used
for measuring brightness, lumen output and color of lumino-
phores for luminescent tubes and cathodoluminophores.
A special colorimeter was constructed for checking the radia-
Card 1/2 tion of luminescent tubes. Its capacity is 30 tubes per hour.
48-4-45/,'48
TITLE: Methods and Devices for Measuring Luminescence (Metody I
pribory dlya izmereniya lyuminestsentsii)
The accuracy of determination of' color relative components
amounts to 0,005, Lumen output is determined with an accu-
racy of 2 to 3 %.
VNISI has also developed and produces a small number of new
devices. television colorimeters of the TK-1 type, in connec-
tion with the problems of colored television. This device
uses a pnotoelectronic multiplier FEU-13 with bismuth-cesium
cathode as a radiation receiver, It can be used also as a
luminosity meter. The maximum dimensions of a surface to be
measured with this colorimeter are 50 x 50 mm and minimum di-
mensions are 5 x 5 mm. The photo-electronic multiplier is
supplied from a higb-voltage electronic stabilizer which en-
sures the voltage constancy with a tolerance of 0.1
The article contains 3 photos and 1 graph.
The bibliography lists 3 references, all of them are Slavic
(Russian). The report was rollowed by a short discussion.
INSTITUTION: All-Union Scientific Research Lighting-Engineering Institute.
PRESENTED BY:
SUBMITTED: No date indicated
AVAILABLE: At the Library of Congress.
Card 2/2

85206
S/035/60/000/010/008/021
9" 61-5-0 AOO1/AOO1
Translation from: Pieferativnyy zhurnal, Astronomiya i Geodeziya, 1960, No. 10,
pp. 22-23, # 9913
AUTHORS: Shklover, D. A., Faynberg, I. S.
TTILE: Cathode-Ray Spectrophotometers
PERIODICAL: Piz, sb. L'vovsk. un-t, 1958, No. 4 (9), pp, 139-143
TEXT; A spectrophotometer was constructed in which a cathode-ray tube is
employed as a recording device. A spectrograph serves as a dispersion device;
the exit slit is mounted in the plane of the spectrograph plates-. The exit slit,
together with the receiver, slides along a-special carriage. All this is mechan-
Ically connected with the slide of a'variable resistance switched in a rheostat
circuit. The output voltage is described by the expression:
u = E R2/(R2 + R, - r)].
This relat;~on coincides with Hartmannts formula in its form. Making use of this
coincidence, it is easy to obtain the linear depen dence of the wavelength scale,
Card 1/2

8 5206
V035/6q/000/010/008/021
Cathode-Ray Spectrophotometers AOOI/AG01
switching this voltage to the horizontal plates of an oscillograph. Spectrum is
recorded in 10 - 30 sec. A photomultiplier serves as a receiver.
0. Dmitriyevskiy
Translator's note: This is the full translation of the original Russian abstract.
Card 2/2

DORF, O.P.; RYMOV, A.I.; SMOM, D.A.
Spectral characteristics of sources and receivers of ultra-
violet radiation. Fiz.sbor. no.4:190-195 '58. (MIRL 12:5)
1. Vseso,,rtxznyy nauchno-issledovatel'skiy evetotekhnicheskiy
institut.
(spectrum, Ultraviolet)

SHK,KOW.-DOY, O.P., kand.tnkbn.naiik; SHKILOVER, D.A., kand.tokhn.nauk;
Y;LKOVIATVA, 1.F.
Measuring natural n1traviolat radiation. Svetotekhnika 4 no.11:20-23
N 158. (MIRA 11:11)
1. Vs5soyuznyy svetotakhnichaskiy institut (for Sheikova-Dorf, Shk1over).
2. Y(-vpatoriyakaya bioklimatichesIcays, stantsiya (for Yakovleva)
(Ultraviolet rays--Measurement)

150)
AUTHOR: Yustova, fe.N. SOV/72-58-12-23/23
TITLE: Conference on Problems of Measuring the Whiteneas of Product-=
(Soveshchaniye po voprosam izmereniya belizny izdeliy)
PERIODICAL: 'Steklo i keramika, 1958, Nr 12, PP 48-48 (USSR)
ABSTRACT: In the current year, the Vsesoyuznyy nauchno-issledovatel'skiy
A$ institut metrologii.imeni Mendeleyeva (All-Union Scientific Re-
search Institute of Metrology imen-i Mendeleyev), with the partici-
pation of representatives of interested organizations, held an
extended session of the Postoyannaya komissiya pri VNIlMe (Permanent
Commission at the VNII*), which dealt with problems of the white-
ness measurement. The following 7eports and informations were given:
Ye,N. ..Yu-stova on-methods. of. whiteness measurement.
D.A. Shklovex-on aa-elactx-onic.cDlDx.-comparator and its ~ipplication
--in-Ile- ~djetaraina_tijon. of whiteness.
V.S. Khazanov on the.photometer FT-2 and its application in the
measurement of whi-teness.
D.1. Levin reported on the determination of an expedient measuring
method of porcelain whiteness.
AI.M. Gurevich spoke on the stage of the problem of whiteness measure-
Card 112 ment.

Comference on Problems of Measuring the Whiteness of Products SOV/72-58-12-23/23
As a resuLt of the conference it was stated that it is necessary to
use either the colorimetric or the spe c tropho tome tric method, accord-
ing to the purpose for which the whiteness is measured. It was re-
garded as necessary to organize the series production of the photo-
meter 57-2, the colorimeter KNO, the spherical photometer 111-58, and
the photo-electric comparator GOI. The work done by the All-Union
Scientific Research Institute of Metrology, the Vsesoyuznyy nauchno-
i,gsledovatellskiy evetotekhnicheskiy institut (All-Union Scientific
Photological Research Institute), the Gosudarstvennyy nauchno-issledo-
vatel'skiy keramicheskiy inatitut (State Scientific Ceramic Research.
Institute), the Nauchno-issledavatellskiy institut khlopchatobumazhwy
promyshlennosti (scientific Research Institute of Cotton Industry)
was appreciated, and its continuation was recommended. The desire
was expressed to create in the VNIIX a center which should be
-j
equipped with the most up-to-date apparatus for measuring the white-
ness in order to help industrial organizations.
Card 2/2 usconi.Dc-6o,515

32143
S/675/60/000/004/002/005
D298/D304
AUTHOR: Shelkova, O.P., qhkl_Qv_er_,_D_A._ and Yakovleva, I.F.
TITLE; Experience with measuring natural ultra-violet radia-
tion
SOURCE: Konferentsiya po biologicheskomu deystviyu ul'trafio-
letovogo izlucheniya. Lenin6rad, 1956. Ulltrafioleto-
voye izlucheniye solntsa i yego ispollzovaniye dlya pro-
filakticheskikh i lechebnykh tseley; trudy konferentsii.
No. 41 Leningrad, 1960, 63-89. At head of title: Llini-
sterstvo zdravookhraneniya RSFSR. Institut radiatsion-
noy gigiyeny
TEXT: In 1957 the Nauchno-issledovatellskiy svetotekhniches-
kiy institut ( Scientific Research Institute of LightAng Bngi-
neering) and the Yevpatoriyskaya bioklimaticheskaya stantsiya
(Yevpatoriya Bioclimatic Station) measured total and dispersed
Card, 1/4

32143
,/675/60/000/004/002/00c:;
Experie_YiCe with ieasurin6 ... D298/D304
shaded ~Lbainst direct sunlight, thereby recording the extent of
the dispersed component of ultra-violet radiution. The appara-
tus was calibrated by the formula:
~ -1 00
Eh 5Eh VA ')A
T r"Nt4,11
where F-h ~'spectral irradiation (in relative units) being m?a-
sured,y A2 absolute spectral sensitivity of the instrument in
/.,'-a//Av/cm _I - photocurrent of the instrument in/La. From
July through October 1957 the apparatus was used for measure-
ments in Yevpatoriya. The measurements provided data on total
natural radiation in the s-jectral range close to B, together
with its direct and dispersed components at different times of
the day and their chan.-es throughout the months. The results of
presented graphically. The apparatus' rea-
the ::easurements are 6
dln6s were compared. with similar readin6s from a Boyko monochro-
Card '3/4

32143
S/675/60/000/004/002/005
Experience with measuring ... D298/D304
matic light - -aeter. A considerable diverL;ence in the readings
wa U
i,s nuvleu~. out further study is needed to determine the reas
tais divercre-ace. The Institute of Lighting Engineerin,
and
ttj.~ T~15titijtl bioloLicheskoy fiziki- Ali SSSR (Institute of Bio on
-pilysicB, AS USSR) are using the above-mentioned model as a
basis for develo.~in~- improved recording devices. These use phc--
multipliers as radiation rcceivers and register the
phcto.c~=ent on a ID-,)oint recordin6 electronic potentiometer
thus p--o-vidin.-l- measul-ezient data in various narrow sections of
ijitra-vioiet s,)ectrum. for both the total and dispersed com-
.~onents of natui,ai ult-ra-violet rdiation. There are 5 figures,
If-
;a-d 4/4
c -

GORBACHEV, N.V., kand.tekhn.nauk; GOREV, Z.M., kand.tekhn.nauk; YERMOLINSKIY,
N.N., inzh.; FOLIB, R.L., inzh.; KRAZANOV, V.S., kand.tekhn.nauk;
SHIFTELI, Ye.B., kand.tekhn.na&; SBXWVEEt, D.A., kand.tekl.-in.nauk;
YUROV, S.G., kand.tekhn.nauk
Principal works of professor S.O.Maizell in the field of lighting
engineering. Svetotekhnika 6 no-7:1-9 Jl 160. (MIRA 13:7)
1. Vsesoyuzny5r svetotekhnicheakiy inatitut.
(Electric lighting) (Maizelf, Sercei OBipovich, d. 1955)

Y
s/196/62/000/006/008/018
E194/E154
AUTHORS: rZymov, A. I., arld ~h~~~D-A~-
TITLE: A photo-electric colour-matching device
PERIODICAL: 11cferativnyy zhurnal, Elektrotekhnika i energetika,
no.6, 1962, 3, abstract 6 v14. (Svetotekhnika, no.10,
1961, 14-20).
TEXT: Electric colour-matching device type ~YU-l (EKTs-1)
is based on the principle of measuring the logarithm of the
ratio of the photoelectric currents obtained during the reflection
(or transmission) of light from the two specimens which are being
compared. The device consists of a radiation receiver type
--~`e,-27 ETs-27) -silver-caesium cathode, an
with bismuth
amplifier, detector, and a measuring instrument. The light
source is an incandescent lamp type,"'U -70 (STs-70), operating
as source A with a colour temperature of 2854 OK. The following
filters are fitted to two rotating discs: 2 for measuring the
colour temperature of the lamps (sources B and C) and 3 for
correcting the spectral sensitivity curve of the equipment.
The reference and the measured samples are illuminated in turn
Card 1/3

A photo-ciectric colour-matching S/196/62/000/006/oo8/ol8
El9'*/El34
at an anglo of 90 by light modulated at a frequency of 20 c/s
(a double beam optical system with a single light source).
The current is generated in the form of rectangular impulses.
The electronic circuit takes the logarithm of the photo-current
and amplifies the alternating component, which is detected by a
-sensitive detector. The voltage at the detector
full-i,,rave phase
output is measured by a microammeter and the instrument reading
is proportional to the logarithm of the ratio of the colour
coordinates of the reference and the sample. The accuracy of
measurement is as follov.,s: for colour coordinates 0.0001-0-0005;
for difference between reflection coefficients of specimens -
up to O.Olu/., for surfaces of any colour with reflection factor
equal. to or greater than 1N. The following coordinate systems
are proposed:
z
log a, log ~ (log a = log log 0 = log and
y
!~,Iog a, Llog ~ (/_'Ilog a = log aspecimen log astandard = Va;
Card 2/3 Llog P = log P specimen I.ogPstandard = VP).

Z/O:L9/62/019/003/003/006
D006/D102
AUTHORS; Rymov, A.I., and Shklover,--D~A~
TITLE: A photoelectric color comparator
V
PERIODICAL: Prehled technicke a hospoda'r'/slce/ literatuiT, Energetika a elektro-
technika, v. 19, no. 3, 1962) 3.02, abstract # E 62-1353.
Svetotekhnika 7, no. 10, 1961, 14-20
TEXT: The article describes an electronic instrument for comparing the
color hues of a standard and a test sample to determine small deviations. After
passing a revolving system of filters, the light reflected from the standard and
the test sample, respectively, is alternately directed into an integrator and
then into a photomultiplier connected to an amplifier. Design and wiring of the
instrument, colorimetric analysis, and examples of measuring results are given.
The original article contains 6 figures and 10 references, 5-bstracter's note;
Complete translation-7
Card 1/1

GDIUACHEV, N.V., ~and.teklm.nauk; GOREV, Z.M., kand.tekhn.nauk; HAZANOV, V.S.,
kand.tek~n.nauk; SHEKEL', Ye.B., kand.tek~-n.nauk;..Sh,"~LOVEi, D.;~., -
kand.to~.hn,nauk; YUROV, S.G., kand,tekhn.nauk; YEH~UDNS::ITY, N.N.f
inzh.; ~OL'B, R.L., inzh.
Letter received by the editor of "Svetotekhnika.11 Svetotekhnika 8
no-1:30 Ja 162. (MIRA 15:1)
(Sight) (Electric lighting)

6*ff#SvWrw i 1. 1 u i r,,~ to
nn.0:15-19 ~"-r.
I.Instit"A

23(3)
SOVII 12-59-5-10.337
Translation from: Referativnyy zhurnal. Elektrotekh-nika, 1959, Nr 5, p 273 (USSR)
AUTHOR: Shkl y - F
1ITLE. Uniformity of --illumination aad Utilization Factors of Lighting Outfits for
T
C,-n)yi-41g Work
PERIODICAL: Sb. tr. N.-i. in-t ?oligr. mashinostr. , 1957, Nr 3, pp 93-105
ABSTRACT: Various arrangements of luminaires over a copying frame are
compared as to uniformity of illumination and, lighting-outfit utilization factor.
Exa-mination shows that illumir.-=tlng the frame by a single light source placed
over its center is the poorest arrangement. Lighting the frame by 4 sources
considerably improves the illumination uniformity. It is noted that reciprocal
or circular motion of the sources used in many cases does not result in a
better ulniform-~ty than that obta-inable from 4 fixed sources. it is mentioned
that in cases where arc lamps are used without reflectors, the utilization factor
of the lighting outfit is under 1016. An experim. ental investigation of the
Card 112

SOV/ 112-59 -5-10 337
. . Uniformity of Diumination and Utilization Factors of Lighting Outfits for . . . .
in-fluence of exposure upon gradation characteristics of the printed copy showed
that a+ 30% nonuniformity of illumination of the copying frame has no effect in
the print quality.
A. A. M.
Card 2/2

SHKLOVER, F. Ya., Candidate Tech Sci (diss) -- "Problems of illumination with
copying processes in polygraphy". M49COW, 1959. 20 pp (Moscow Power Engineer-
ing Inst), 150 copies (KL, No 24, 1959, 143)

sov/96-58-9-8/21
AUTHORS: Polikovskiy~ 14.V. (Candidate of Technical Science) and
Shklover, G.G. ngineer)
TITLE; n xl)erimental Investigation of Steam-jet Ejectors
(Eksperimentallnoye issledovaniye parostruynykh ezhektorov)
PERIODICAL: Teploenergetika, 1958, Nr 97 pp 1+6 - 51 (USSR)
ABST-U.CT: Between 195~f and 1957 the laboratory of the Kaluga Turbine
Works has made detailed tests on a number of two-stage
steam-jet ejectors used on the condensers of low- and
medium-power turbine sets, As a.result of the tests and
of improvements in the design of the coolers a.series of
very efficient ejectors was developed. The tests were made
whilst extracting dry air and steam/water mixture over a
wide range of working conditions. The profile of the flow
part of the ejectors is illustrated schematically in Fig 1
and the leading dimensions are given in Table 1. Through-
out the tests the steam delivered to the nozzles was at a
pressure of 16 atm and a.temperature of 220 - 2500G.
The tests showed that the shape and length of the inlet
section have a most important influence on the performance
Card 1/4 of the ejector, as indicated by the characteristics plotted
in Fig 2. The best ratio of the length of inlet section

sov/96-58-9-8/21
An Experimental Investigation of Steam-jet Ejectors
to throat diameter is about six) as will be seen from Fig 3;
if this ratio is reduced to about 3.6 the performance is
appreciably impaired. In the ejectors tested, the ratio
of the length of the cylindrical part to its diameter was
3 - 4.5, and the diffuser angle was 8*- 10 degrees. The
influence of the ratio of the area of the throat to that of
the nozzle was also studied. The best values of this ratio
and of the corresponding ejection factor are plotted in
Fig 4. Test results for the second stages were presented
in the form of a.family of such curves for constant values
of inlet pressure. Experimental curves of the kind given
in Fig LF are valid only if the conditions are very close to
those used in the tests., but they can be expected to apply
well enough to ejectors similar to those tested. The amount
by which the output of the second stage should be greater
than that of the first is discussed. With each stage
tested7 determinations were made of the limiting back-
pressure as a,function of the area ratioi and the results
Card 2/1F are graphed in Fig The main dimensions of the flow
0
parts which were used in the design of the new ejector

sov/96-58-9-8/21
An Experimental Investigation of Steam-jet Ejectors
type EO-30 are recorded in Table 1 line 11 (first stage)
and line 14 (second stage). Their characteristics are
given in Fig 7. The efficiencies are appreciably greater
than those of other ejectors, for example type EP-2-wl=
of the Leningrad Metal works. The main reason for the
improvement is the greater length of the inlet section
and the reduced angle of it. In addition to the above
considerations the efficiency of an ejector depends very
much on the performance of the coolers. The screw-type
heat-exchan-ers.used by the Kaluga Turbine works are very
efficient and, as will be seen from Fig 8, this makes the
new-type ejector still more efficient than the old. The
heat-transfer coefficient of th screw-type heat-
exchangers is up to 1500 kcal/mkour/OC9 which is between
three and five times higher than usual, so that-the
equipment can be made small and light. Ejector ty e
EO-30 is intended for use with turbine set type AP-9 Of
6ooo kvi, A cross-sectional drawing of the complete
assembly appears in Fig 9 and the construction is described.
Card 3 The main characteristics are given in Table 2. Although
the output is much the same as that of ejectors types E-1-B

SOV/96-58-9-8/21
An E_-,~_-perimental Investigation of Steam-jet Ejectors
and EP-2-L~00 it is only half the weight, as will be seen
from Table 3. The steam consumption of the new ejector
is also much less than that of other types, as indicated
by the data in Table 4. It is hoped to improve still
further the performance of ejector type EO-30 by
modifying the areas of the flow parts.
There are 9 figures, 4 tables, 1+ literature references
(Soviet)
ASSOCIATION: Kaluzhskiy turbinnyy zavod (Kaluga Turbine Works)
1. Air ejectors--Test methods
Card V4

SHKLOVER, G.G., inzh.i RODIVILIN, M.D., inzh.; TITIVKIN, A.V., inah.
Vacuum condensation of steam in spiral heat exchangers manufactured
by the Kaluga Turbine Factory. Energomashinostroenie 9 no.8:
4-? Ag 163. (I-IJRA 16 - 8)
(Heat exchangers)

iiA

I-AIKLOVER, G.G., kand. tek-lin. nauk
Generalized experimental data on stear., con6ensation in
helical K--Z heat exchangers in a vacuum. Trudy MET
no.63:203-220 165. (MIF-A 18:12)

PLYUSHCHEV, V.Ye.; MARKINA, I.B.; SHKLOVER, L.P.
Diagrams of phase conversions in binary systems formed by
rubidium and cesium nitrates Ith strontium and barium nitrates.
Zhur.neorg.khim. 1 no.7:1613-1618 J1 '56. (MLRA 9:11)
1. Moskovskiy institut tonkoy khimicheskoy tekhnologii imeni
14J. Lomononova.
(Thermal analysis) (Nitrates)

S7~2 t1 0 0 69044
AUTHORS: Alikberovg S-, S., Shklover, L. P~ 3/078/60/005/03/001/048
B004/BOO2
TITLE., The Production of High-purity Silicon ~
PERIODICAL. Zhurnal neorganicheskoy khimii, 19609 Vol 5, Nr 39 PP 513 - 518
(USSR)
ABSTRACT: After a short survey of the properties of silicon chlorides and
the methods known fo their reduction (Table 1), the authors state
that trichlorosilanekan most easily be reduced by hydrogen.
Figure I shows th_e_*~_emperature dependence of the equilibrium con-
stant for the reactions SiHCl 3 + H2 and SiCl4 + 2H2 (according to
data by A. I. Mellnikovq Ref 4). According to it, SiHC1 3 can be
reduced to elementary Si more easily than SiCl V The authors de-
scribe the synthesis of SiHC1 3 from industrial silicon type KR-O at
2900 (Refs 8,9) by the influence of hydrogen chloride, the rectifi-
cation of SiHC1 3 and the quartz apparatus in which SiHCl 3 was re-
duced by hydrogen, carefully cleaned from 0 and H 0 (Pig 2). In a
2 2
Card 1/2 stoichiometrical relation between SiHCl 3 and H21 the silicon yield is

69044
The Produotion of High-purity Silicon S/078/60/005/03/001/048
B004 B002
very low due to side reactions, As is shown by figure 3, the yield
can be increased by a hydrogen excess~ Figure 4 shows the dependence
of the yield on the silicon temperature, figure 5 its dependence on
the flow velocity of the mixture in the reaction zonep and figure 6
the temperature distribution in the reaction vsssel~ The optimum con-
ditions were: 60-70-fold hydrogen excess, 1050 , rate of 80 am/see.
Figures 7-9 show samples of the silicon obtained, Figure 10 shows
a single crystal of silicong obtained according to Chokhrallskiy's
method. The large hydrogen excess can be used in a second apparatus
connected in series. The yield in the second apparatus was lower by
20 - 25% (Table 2) due to the presence of HC1. Further use of the
hydrogen in a third apparatus, therefore, is only possible after
HC1 has been removed. There are 10 figures, 2 tables, and 10 refer-
ences, 5 of which are Soviet,
SUBMITTED, July 25, 1958
Card 2/2

S/078/60/005/010/008/021
B004/B067
AUTHORS: -Alikberov, S. S., Shklover, L. P., Syromyatnikova, A. S.
Belanovskiy, A. S.' - -
TITLE: Use of Acetonitrilel as Complex-formin ISubstance in the
-9
Purification of SiC14 and SiHC13
PERIODICAL: Zhurnal neorganicheskoy khimii, 1960, Vol. 5, No. 10,
pp. 2256-226o
TEXT; The authors checked the data from Refs. 6,7 according to which
impurities can be easily separated from silicon tetrachloride and
trichlorosilane by means of acetonitrile. They found that this applies for
SiC14 because a mixture of S'Cl4 and CH3CN is separated into two layers
(Fig.). S'Cl4 takes up 2 wt~o of CH3CN which must be removed by
fractional distillation. Sinceq however, an azeotropic. mixture boiling at
49-500C is formed, this method leads to considerable losses in SiCl 4'
The data of Refs. 6,7 do not apply for SiHC13- SiHC13 and CH3CN are
mixible at any ratio. This is also confirmed by the polarity of these
Card 1/2

Use of Acetonitrile as Complex-forming S/078/ '60/005/010/008/021
Substance in the Purification of S'Cl4 and B000067
SiHC13
compounds (Table 1). Hence, the authors used the capability of aceto-
nitrile of forming complexes with metal salts to purify silicon chlorides,
They added only 1-2 vol% of acetonitrile and achieved g~jod purification
by fractional distillation. The residue contained the complexes of
acetonitrile with Al, Fe, Cu, Mg, Mn, and Ti. Table 2 shows the
purification of SiHCl obtained herewith. The complex formation of CH3CN
with iron was examinJ also by means of Fe55. Acti-ity was measured with
an MCT-17A(MST-17) counter of a 6 -2A'~B-2) apparatus (Table 3).
Formamide was successfully applied instead of acetonitrile. With irons
hydrocyanic acid which is formed in this case forms nonvolatile compounds.
The results of experiments with formamide and Fe55 are given in Table 4.
There are 1 figure, 4 tables, and 11 references: 6 Soviet, 1 US, 3 German,
and I Polish.
SUBMITTED; July 10, 1959
Card 2/2

ALIKBEROV, S.S.;-SlfKLOVER, L.P.; SYROMYATNIKOVA, A.S.; SHCHERBAKOVA, T.M.
Mutual solubility in thw syttem silicon tetrachloride - acetonitrile.
Zh&. fiz. khim. 34 no.4:935-936 Ap 16CY, (MIRA 14:5)
(Silicon chloride) (Icetronit~ile)

PLYUSHCHEV, V.Ye.; SHAKHNO, I.V.; SHKLOVER, L.P.
Interaction of minerals containing rare alkaline elements with
salts and oxides during sintering and melting. Part 8: Reactions
taking place in the interaction of spodumene with a ML-Cture of
calcium carbonate and chloride. Izv.vys.ucheb.zav.; khim.i khim.
tekh. 5 no.1:133-140 162. O-MA 15-4)
1. 14oskovskiy institut tonkoy khimicheskoy tekhnologii imeni
Lomonsova,, kafedra te-ldmologii relikikh i rasseyannykh elementov,
(Spodumene) (Lithium chloride) (Calcium carbonate)

ARL~-
J3U- 7- ----V -lu.,,-. I A.
G. -=LI "'T V S T, RaPi-loi` F.
-,hanL
e of --:,porienco, Zav,lab. 28 nc,6:685-687 ?62.
X
(HIPA 15-.5),
.1. Khirichusl:J-y zavocl imeni Vc-~;kova (for Sliklover). 2.
lii-z,.lisl,iy institut cherny'di metallov
(for Bu-ravlov, IF-e-repelkim, Uotinova, Neuimri). 3. lUrgizskiy
~-os-,,.,laxstvann~~.j un-ivcrsi'uet kfor 3nn-ellsht, 'frapits:m, '-Dulanov).
C?
(Spoctrun, amarsis)

I
FLYUSHGfIE'V, V. Ye.; SHIFLOVER, L.P.; 8fIK(jLjf7 MOVA, L.E.
Comoositical and structural da-,.a of the form-a-tes cf elements
in ihe lanthanum.-holmlio series. Zbur. struL'~~,. khiffi- 5 no.5:
794-796 S-0 164 (MIRA 18:1)
ii imeni
1. IMookovskly institut tonkoy k1drilicheskoy teklinolog
M.V. Lomononova i Institut khimicheskikh reaktivov i c.-,obo
cluiotykh vashchestv,

V,~e.; SHKLOVEP., !,,P,; ROZDIN, I,A,
SyDtlie3is of the phthator-yanins of zirconim and Zhu-r.necrg-
khiia. 9 no.1:125-12~ Ja 1 '04, (MIRA 17:2)

L'2'1181-65 7ATHAPP(c /Epp (n) -21W (J) (t) /94p (b) /'VA (c) Pe-11/pr-h/
N-4 1JPM"'*R'PL- iDA'Aw/jo/M-1
ACCESSION NR: AP4009348 S/0078/64/009/001/0125/0127-
AUTHOR: Plyushchev, V. Ye.; Shklover, L. P.; 4ozd!L,_,I. A.
TITLE: Synthesis of zirconium and hLaffhiurr~ phthalocyanins
T1
SOURCE: Zhurnal neorganicheskoy khimii, v. 9, no. 1, 1964$ .125-127
TOPIC TAGS: zirconium phthalocyanin, zirconium: phthalocyanin. synthesis;
zirconium phthalocyanin purification, zirconium. phthalocyanin.,abPorption
spectra, hafnium phthalocyanin, hafnium phthalocyanin synthesis~--hafnium
phthalocyanin purification, hafnium phthalocyanin absorption spectra
ABSTRACT: Zirconium and hafnium phthalocyanins having the, composition
C32H15NSC1! Me(OH)2- 2H20, where Me= Zr, fff,~ are prepared by reacting
,6--phthalonitrile with the metal tetrachloride (4:1 molar ratio) at 170-190C
(ZrOCl2'8H20 practically does not react with phthalonitrile). The compounds,~.
are stable; the crude pigments pan be purhlied by reprecipitating from 'die
Card 1/2

L27181-65
ACCESSION NR: AP4009348
from the concentrated H2SO4- Absorption spectra for solutions of Zr and ]Elf
phthalocyanins in alpha-bromonaphthalene inAhe 400 -700 millimicron
range are presented; the maximum wave length absorption bands are at
693 & 691 respectively. " L F. ZakharcheW,.o T.A. Trushina participated
in the experimental part ot the work. Orig., art. hast. 1 figure and I table
SSOCIATION: None
SUBMITTED: 08Jan63
ENCL: 00
SUB CODE: ICj G C, NO REF SOV: 01.0 OTHER: 006

ACCESSION NR: AP4012439 S/0078/64/009/002/0335/0339
AUTHOR: Plyushchev V. Ye.; Shklover, P.
TITLE: Syn-hesi3 of erbium phthalocyanin
SOURCE: Zhurnal neorg. khim. , v. 9, no. 2, 1964, 335-339
TOPIC TAGS: erbium phthalocyanin, synthesis, yttrium subgroup phthalocyanins,
absorption spectrum, pigment, rare earth phthalocyanin
ABSTRACT: Erbium phthalocyanin is obtained by heating ErC13- 5H20 with o-
phthalonitrile (1: 4 molar ratio) to 270- 280C. This synthesis is typical for the
synthesis of phthaocyanins of the yttrium subgroup. C32H16N8- ErCl- 2H20 is
the formula proposed for erbium phthalocyanin, based on elemental chemical
analysis of the pigment purified with solvents. The absorption spectrum of
erbium phthalocyanin in alpha- bromonaphthalene in the 400-700 millimicron
range shows an intense maximum at 667, and a second weaker absorption at
602 millimicrons. "I. F. Zakharchenko, N. A. Dvornikova and T. A. Trushina
Ccrd 1/ 2

ACCESSION NR: AP4012439
participated in the experimental work. " Orig. art. has: 2 figures, 1 table and
I equation.
ASSOCIATION: None
SUBMITTED: 1ODec62
DATE ACQ: 26Feb64
ENCL: 00
SUB CODE: CH
NO REF SOV: 020
OTHER: 008
Card 212- - - - --- - - - - -- ---- - - -

ACCESSION NR: AP4012440
S/0078/64/009/002/0340/0346
AUTHORS: Shklover,_L. P.; Plyushchev, V. Ye.
TITLE: Synthesis and purification of samarium and erbium phthalocyan-
ins.
..SOURCE: Zhurnal neorg. khim., v. 9, no. 2, 1964, 340-346
TOPIC TAGS: samarium phthalocyanin, erbium phthalocyanin, synthesis,
purification, stability, absorption spectrum, labile compound
ABSTRACT: Samarium and erbium phthalocyanin were prepared by react-
ing samarium. And erbium formate with o-phthalonitrile. The synthesis
and purification of samarium phthalocyanin were studied by thermal,
x-ray and spectrophotometric analyses. These compounds, purified with
solvents, show an anomalous metal content. The nature of the anion at
the central rare earth element has little effect on its phthalocyanin
absorption in alpha-bromonaphthalene in the visible spectrum. It
was shown that differential heating curves may be used to qualitative-
ly characterize the degre6lof purification of the metal phthalocyanins
from the starting materials, and absorption curves (in the.visible
Card 1/2

ACCESSION NR: AP4012440
spectral range) of phthalocyanin solutions in alpha-bromo- or chloro
naphthalene may be used to detect disintegration of the metal pha-
thalocyanin or contamination H2'phthalocyanin. The latter, C 32Hl6N8*
H2 was shown spectrophotometrically to be formed by heating samarium.
phthalocyanin solutions in alpha-bromo-naphthalene or by reprecipi-
tating erbium phthalocyanin from concentrated H2SO1,s The samarium
and erbium phthalocyanins have both labile and sali~ forming proper-
ties. 'IV. N. Davy*dova, N. A. Dvornikova and T. A. Trushina parti-
cipated in the experimental work.ff "The authors thank Ye. A. Shugam,
and Yu. V. Oboznenko for conducting the x-ray analysis." Orig. art.
has: 3 figures and 2 tables.
ASSOCIATION: None
SUBMITTED: 2lJan63 DATE ACQ: 26Feb64 ENCL: 00
SUB CODE: CH 30V: 010 OTHER: 006
Card 2/2

ACCE'SS'M": N'R.- AP401:2451 S/0078/64./OO~-/002/0478/047cl-
AUTHORS: Shk1over, L. P.; Plyushchev, V. Ye.; Rozdin, I. A,; Noviko-va,
. N. A.
TITLE: Synthesis of titanium phthalocyanine
SOURCE: Zhurnal neorg. khim., v. 9, no. 2, 1964, 478-479
TOPIC TAGS: titanium phthalocyanine, metal phthalocyanine, hydroxy
fori-ii metal phthalocyanine, titanium phthaiocyanide, titanium phtha-
locyanine preparation
ABSTRACT: Titanium phthalocyanine is unknown although zirconium and
hafniun, phthalocyanine* have been prepared earlier by the.authors
(same journ. 9, 125 (1964)). It was found that TiCl readily reacts
with o-phthalonibriie (O'PhN') (proportion 1:4; at 176-19OC;/l hour)
to produce a stable titanium phthalocyanide. Analysis showed the
compound contains 7.57-7.47% Ti, 61-50-01-0~% C, 2.62-2-52%. H, 18.22-
17.39% Ni and 4-50-4-45% C1. This composition slightly differs from
the formula C IT I%T.Gl Ti(0141) in the calculated Cl content (5.64%)
3-1 8
which is proba 1-5 due ~o the ~Olatility of TiC14 causing deficient
Card 1/2

ACCESSION NR: AP4012451
chlorination of some phthalocyanine molecules. The yield of purified
titanium phthalocyanine is 35% of the crude final product of reaction.
Analogous chlorine-substituted O-PhN compounds with Cu, Al and Sb
were described by Lindsted et al. (Ber. Deutseh. Chem. Ges., 72A,
93(1939)) Compounds with Zr and Hf have been prepared by the authors.
Metal phthalocyanines in hydroxy form have been prepared by alkali
solution treatment of pigments reprecipitated from concentrated 11 SO 4'
Absorption peaks of titanium phthalocyanine solutions in C;K-bromoRa-
phthaline appear at 701, 631 and 387 They do not shift after
reprecipitation from H2SO~-
"I. F. Zakharchenko parti ipated in the experimental part.ff
ASSOCIATION: None
SUB14ITTED: 03Jun63
DATE ACQ: 26Feb64
ENCL: 00
OTHER: 010
SUB CODE: CH NR REF SOV:. 003
Card 2/2

"HE I L.P.; PLYUSHCHES ~'.Yo.
I-) IWVEH) I
Interaction of o-cyanobenzamide with rare-eprth metal salt3.
Zhur. neorg. kh.i.m. 9 no.8:1830-1832 A- '64.
C)
Yttrium derivatives of plithalocyanine. Ibid.:2015-2016
(MIRA 17:11)

A.CT: SyAthesis wis
ammaba":
pted by.. ceacting, MeA&Y"Um or erbtuim chlorliti with ortho.'
;bcuzamkde~ ((,CBA) tastev& aff th .w. i3mtfiO-phthalonl trile- previots'SAY
for SynthemLel du, ecbium as&, GVft&VrV.u:phthat*cY"LuaS~ CBA to -an"
usdiate: pcoductL In- tbe, pcjQpaTat:fbm df Q-00-6h lonitri le Erou
P=Seg* & advautag ever 0- hthato-,
UnLde.t, amA as. such, OLOCL a
le.. CBA had, been, ume* 62V Wpathati-A of -eartain. other, rare--*&rth__
1ACY'S2,12 "S SO& it ht's, Mpg. proceattre.;
ynithas lim;, and. m &"cVV*AF. dim reaction ptodlidtiv

AIGGESSIONI MR-I! AP40435-JM
Ale SairptLan peaks f the'.- -1 -
ab a
V6,kuavuq, Off V"C&Lng- milcturew fW 06-brommioaph that lue indicated th
~ipresence,
wittlon _#t64uet. obtiafted:--at
2140"-ZIOC.. The, free. wammot -Astected -to th reftet-o
ithe: reactlon, mlith, (14-pht *axon&
b~M&iVISS litli, dowdided that ~ the - C
etfa*d for pts'pir
PhthalboyAntmow~, slUaw- em~ nibUtionaid ieptrittou of the,
as 1 4- ft'SUIME,
*SSOCI'ATTOR?: Rome,
_39#9P T

-IE-S
ENT (m)/EPY(c)/_EWP-Cj)/ZW q)-/M(b.)_ _--Pc-4/P-r--4_RPL D~_)l
ASD(a)-,5/ESD(dp)/AFWL/RAEM(t) JD/RM
ACCESSION HR: AP4043582 16-
AUTHOR: __kjyv_g!hr,_hav, V. Ye S_hkjAV_AX jdx
TITLEt Yttrium derivatives of phthalocyalmine
SOURCEt Zhurnal neorganichaskoy khtmlltv v, 9, no._ 8, t964's 2015-1.1-
2016
TOPIC TAGSz phthaloc anine, yttrium.. P.hthilocyAnin yttrium
7 e.
chloride, o-phthalonitrite, organic semiconductor
ABSTRACT: Yttrium phthalocyanine has been synthesized far- the.. EL-rat"'
time by the reaction of yttrium chloride with o-phthalonitrile. IF;
T;-
This work was done In view,of the potential use of-metal derivatlives.~-
of phthalocyanine as pigments, d es atalystsgoemiconductorss atc';
Y c
Preparative condition-d were-e-s-sert, a -bL--
or- er. utit
phthalacyanine (V~ Ye. Plyushchev, L. P. neorgan.,
C
khimii, 9, 335 (1964)). A purification procedure was developed whi
I makes it posuible to isolate yttrium phthalocyanine as (C 910004
Absorption bands in the visible region for solutions 017.~;iioum
I / 2

L-8864-65- ---- --
ACCESSION HR: AP4043582
phthalocyanine in G-bromonaphthaltae.7are ludeptin den t:-4 the an ion
combined with yttrium, Origs art.~hasl X tab
lea
ASSOCIATION:
SUBMITTEDs
None
AW-PRESSr, --`3099-~~.
213~u63
OThEkt
SUB CODE.- GO 0 0REP-SOVs 003

L
52061,465
ACCESSIO.N,.NR: AP5012969
were used to investigate the thermal stability 6 fthe.three f6rmates.~_which was

found to decrease in the order Tu- Yb- Lu. The decomposition of Ve(HCOO)3 takes
!
iplace in severalstages: following dehydrati6ntherdially unstable intermediate-.-
products are formed having the formula -of thedecompositi
Me203-CO2. -Thi's,st
age ion
I
! -
.
is characterized by exothermic effects when a platinum crucible is used, and by
endo- and exothermic effects in the case of a
.quartz crucible- The-intermediate-
; products dissociate into Me203 even during formation'...' This last stage of the AecaiJ
. position is not associated with any ther*mal effects ~-:The followi4mechwasm is
proposed:
2Me(HCOO)342H20-* 2Me(HCOO)34 1'16.163"-C024 M263,
1 where Me= Tu, Tb, Lu. Origo art. has: 4 fi urea -andl ~tabl(i.
9
1 ASSOCIATION: none

I SUBMITTED: 06Jul64 ENCL: 00 DE
SUB-CO IC CIG.1
NO REF SOV: 005 OTHER: 002

Card ~_12

L 39302-65 EV-7 (m)/EWP(w)/ZWA (d)/r/F_V1P(t)/EWP(b)-.: ~::IJ
P
C)
-ACCESSION NR: APS004597
S/0020/65/160/002/10366/0369.
;AUTHOR: Plyushchev, V.-Ye.; Shkiover, L. P.; ShkoVnikovai L. M;,; Kuznetsova,..
iG. P.; Hadezhdina, G. V
:TITLE: Properties of rare earth format
es from lanillanurh. to hoWum
iSOURCE: AN GSSR. Doklady, v. 160, no. 2, 1965, 366-369
'OPIC TAGS: rare earth compou is ,is inorphi m, differe tial therma
nd, polymorph m 0 s n
analysis, thermal stability
;ABSTRACT: It is stated that,the propertiAf rare~:~ earth'formates are'insufficient4
1y known. Formates of Y, La and all lanthanides.of.-the Pr-Ho series,(6xcept Pm)
s
;were ynthesized by the reaction offreshly precipitated hydroxides with HCOOH..
ce(III) formate was synthesized by the dissolution.of cerium~carbonate i HCOOH.
n
X-ray studies of polycrystalli'ne samples indi-ate polymorphism,of Ce, Pr, Nd, Sm
c
and Gd formates and isomorphism of formates of-all,elements in the La.-Ho series
In the investigated series of rareearth.formates..'there is a systematic decrease,
in the parameter a of the rhomboh--dral lattice which is ap parently assodiated. with
lanthanide contraction. The authors determined the density of the above formates
;by the pycnometric method at 20+0.10 C. The solubility of these compounds was
Card 1!3
q

_11~;~__V~~, `i~ al'.,41-~ - 7--- -, , -,
L 40303-65 Etyr (l Ij/1jcwG(v%j/AEEC(t), Pe-5/pae-2 -GW-
-1ACCESSION NR: AR5009014 S/0260/65).!'0001002/0042/0042
;SOURCE: Ref. zh. Astronomiya. Otd. vyp., Abe-01 2*510346
1AUTHOR: Shklovskiv, 1. S.
jTr=: Possible identification of a source of X-radiation In the constellation-
iScorpion with the spur - a remnant of the flar4up cif~~ a -.supernova close to the sun.
!;CITED SOURCE: Astron. tsirkulyar, no. 298, maya 18 1564 3-4
supernova, xradiati'* 'Scorpi no radio emissio,
0 no
Zlurlu TAGS: stellar astronomy,% on, 1 :4
!star, neutron _Sra~r
!TRANSLATION: It is shown that the source of X-radiation In the censtellation
'Scorpion coincides with thecenter of the spur a wiell.-known detail in the dia-
Itribution of intensity of galactic radio emission.- Since the..- second bright -eat
Isource of X-radiation is identified with the-Crab nebula,.suc-h a coincidence cannot
n4w.proof that the.-spur
The considered random. It must be regarded as a to the
!expanding envelope of a type-II supernova which flared up at a distance,of severaL..
!tens of parsecs from the sun. It is possible that remnants of the flareup of type-; 7-
Card 1/2

40303-65

ACCHSSION NR-.- --AR5009014----

ll supernovae are neutron-stars.--To Lf 2w
C
AA
SUB
ODE:
00

Card 2/i
r -

V.ye,; STIKLOVER, L,P~; TRUSHINA, T.A,
1~ 11TU slic"HEV 1 11 -
I-r-
compositioi: and t~,-ermal s-,abilitv of -!an-L,.:laTjU=, TCr uP- ~ L-- -
neorF~ '-c I? no. 2:2710-2714 D ;64.
I hir 1- -
( .III, FRA 18 : 2" ),

L.P., SHKOLI NIK,- "I" , L, It. I.; KU Tsc,"TA 3 .-P
flIAI)E711L',N'I`A, G.V.
Properz.ies of formiates if rare-earth ele the la:,thanurrq-
holmium series. Dokl. All SSSR 160 no.2:3661-369 Ja 165.
(:.!IiqA 18:2)
1. 1nititut tonkoy khimicheskoy telchno2of,ii im. ',!.V. Lomorosova.

Fi,YU,-)."IC,Hl-:V, L.P.; SHKOLINIKOVA., LJ1.1,, Kll'ZN,-:i'SOVA, G.P.;
.. 1: i
and erbd-wn formates and "he'Lr properties. Zhur, ob.
I
kh,,~m. Y: 0 165. (~UA lgilO)

Z'PT I jP
NR:
SCIFRC--~ CCID7: UR./(j-o~6/65/039/012/292i,/292'0
Shklover, L. -P.; FiyuLr~7,heyL V.~
o, -itij--, 'hemical R ---s qz~d I
t, ear-e-'JIL
-7: All-Un n Scientific Rese~~,ch Ins, -o
-5 (-'qesoyuznyy naucLno--l ssledovatel I s',-'-v
i n s z I tu tKhimiches-'cilch res'ltivov --'L osobo ch-41-s-u-
Tkh 1--him'cheski`h
veshchestv)
,TIT-LE.- The strength of the bojdin the phthalocyanines of the
irare earth elements
S OU-,-l C EZhurnal fizicheskoy k1ji.-ni-IL, v. '39, no. 12, 196', 2924-2926
.TOPIC TAGS: rare earth ele-T:ent, snectrophotomet~:.-ic qn2lYSiS
3 P charqcter-' zed by na sirzie
LACT: Metal ohthalo -nni3jestare usual!-
iintense (long wave) absorption bkid in the visible~ region of the
~spectrum, the position of which in a -iven solvezit de-pends on the ri?turst
of c,Mtral metal. Spectroscopic inve-stic-ationis were mode of the
;-Oosition of this maximum absorption band for 17 d-: ffe-rent rare eart"C'
elements . The experirr~ental res;)lts are shown in a table. The diats in
ithe table show that the direction of the displacer-nent- of the loosit-Lon of'
!the maximum absorption band of the phthalocyanines of the metals in t"Is
2 UDC: 541.20

L 36959-66
ACC NR- AP6011,891
scandium subgroup is connected with
of the elements. 'the dependence of
Maximum 11-1 on the atomic number of
described by the following empirical
the chq-nr,-6 in the characteristics
the po3ition of the absorption
the lanthano"A is sufficiently -v.,P-ll
equation:
4,4 205, N + i~~
IV
Solution of the eaua.tion for N = 57 (Ls), 58(ce), and 6101m) Eives,
,respectively, A = 687-72; 684.63; and 676.99 mzt, The values
calculated by 'Ube formula are compared in the table with values found
experimentaIly. The displacement of the absorption maximum of the
lphthalocyanines of the rare earth elements toward the short wave side
1with an increase in the atomic number is explained by an increase in
Ithe stability of the compounds. Orig. art. has: 1 figvre and I table.
'SUB CODE: 07, 201 SUBM DATE: 07Jul64/ ORIG REF: 010/ OTH REF: 002

ACC N R: A-P' tj 0 j" ~2 Q 5 S01JTCE CODE: LTIH '03'_3 "G'_/002/010/i'905/- 905
I !-, / C)
AUT'HOR: Fedulov, S.--A.; Tatarov, Z. I.; Shkilover, L. P.; Sergeyeva, N. I.;
Antonov, G. N. Gurevich, M. Z.
ORG: none
TITLE: Gro-wing NaLa(M0002 single crystals
SOURCE: AN SSSR. Izvestiya, Neorganicheskiye materis.1y, v. 2, no. 10. 1966, 1905
TOPIC TAGS: single crystal growth, molybdate, lanthanun compound, sodium compound,
laser effect, lasei- optic material
ABSTRACT: NaLa(Mo04)2 single crystals were grown by Czochralski technique in a high-
frequency crystallizer in view of the laser effect, preiriousl reported in Western
LT is an alkali metal
literature, in certain MIMIII(MV,04)2 type compounds, where M j
mIII a rare-earth element and MVI is W or Mo. The starting material NaLa(MO04)2-2H20
was synthesized by precipitation reaction of sodium molybdate and lanthanum nitrate *
in solution. Pure NaLa(MO04)2 with MP = 1163C and scheelite structure was obtained by
calcining the hydrated product at 900C. The crystals up to 60 mm long and up to 12 mm
in diameter were grown from pure NaLa(MO04)2 melt. The laser effect at a fairly low
generation threshold was observed at room temperature in NaLa(M004)2 Single crystals
activated with 1 at% Nd. *The generation threshold may be significantly decreased in
gs:tals. Orig. art. has: 1 figure.
the optically more perfect cr [4K1
SUB CODE: 27 SUBM DATE: Nov65/ CRIG REF: 001/ OTH RKF: 005/ ATD PRESS: 5o96
Card 1/1 UDC: 548-55