SCIENTIFIC ABSTRACT ZVORYKIN, A.A. - ZVORYKIN, A.YA.

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002065720002-7
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• Document Creation Date: November 2, 2016
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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

ZVORYKIM,
.mining Engineering
Outline of the history of Soviet mining engineerIng. Reviewed ~y S. Ya. Rzi ckov skly, S3. M.
Yasiukevich, G.N. Popov. Gor. zhur, No. 2, 1952
Monthly List of Russian Accessions, Llbrary~ of Congress, A-prill,: 1952 Unclassifled

ZVORYKIN, A* A.
Reconstruction of the coal mining industr7. Yoskva, Goo. nauch,,-tekhn,
gorno-geoloro-neftianoe Izd-vo, 1934. 236 P. (50-45462)
TN80S.R9Z9
M

Ing
_79ft
i
8l U04q!~_
Cal
R6,94dipping,-Of the um
ThIrty Years-* Prof-A. A ZTcryk-inj- I, V.:Iub---_:
I)p
huka"'. iZhi= No 10.
_Jq #W:
Aftlrlri ve-~Tiar -Tim SOTi4t:, influstriss..mAttai
Mii-Oight times (US in t" iiaa- periodLerpsn"a-
*;~5~)-'-General-account of the rapid strliii~-
Win Soviet~-Iiduatx7-. proftcti=.fIg-
*a~'_but Igives comparisons
ii~ ~ of photographs shov InLatriai Lot- cel"
mm show Volkhovsk Wdroolectrio Plant Imeni _V.~'X.::

ZJVURYKIIII) A. A.
ZvoUk-in, A. . and Kirzhner, D. M. "The develornitnt of the m1ninc, in~-Ustry or,the U35p,
and the productivity of A3 labor", in the colloction entitlod: Voprwsy Eornap de5la,
Moscow, i9l,8, p. 3469-'65-
SO: U-2888, 12 Feb. 53, (Letopis' Zhurnal Iny'kh StaLey, Ila. 1!, 1949

ZVORYKIN, A. A., PROF

ZVORYKn'o A. A.
Soviet superiority In the rost important technical discoveries and in-rentlons.
Moskva. Pravda. 1949. 31 P.

ZVORYKDiy A.
20732. Zvorykin, A. K istorii kizelovskogo kaniennougoltnogeci bauneyna. Voprosy ekonorniki,,
1949, No. 5, s. 36-47
SO: LETOPIS ZHURNAL STATEY Vol. 28, Moskva, 1949
*1161d"Im ft'', WI-I mi.1i i~

A
ZVORYKIN', A
Pervootkryvateli KamennougrolOnyl-ch Passeynov SSSR. (FirBt DisCOVSTers of LISSR's
Coal Fields) ... Moskva
(10-YP "Pravda") 1950,
31 P-
At head of title: Vsescyumoye Obshchpstvo PO Rasprostrateniyu Politicheskikh,
I Hauchnykh Znanly.
Bibliographical footnotes.
A lecture on discoveries of coal deposits In Russia-, listing dates and loc,a,tio no,
as well as nemes of discoverers. Mlentioned Is oleo the beginr-ing of a broad
development of underground coal gaslficatl'on In the Sovl~t UnJon.
T! I'll 0

VORTKIN, A.A.; KLRZEDM, D*x"; XMINO X.B.
[Economics'. organization and planning In the UoS.S.R. coal industr7j
Zkonomiks, organizatelia. I. planorovanie ugollnoi proinyahlennosti WSR.
Moskva, Ugletekhizdat, 1951. 687 P. (MM 6:8)
(Mining industry and finance) (Coal mines and mining)

ZVORYKINY A. A.
The discovery of coal deposits iL Russia; the beginning of their developwent.
Research and documents. Foskva, Ugletekbizdat, 1952. 355 PI'maps.
(54-22422)
TN808.R9S80,

IN, A.A*: KIRZMR, D.M.; KUNDIN, M.B.; DOROKHTNo N.G. otvetetvenM7
F317 LIMM, N.G.. redaktor; CEWMNKOTj ff.
re or; T. redak-tor;
ANUMM, G.G., takhnichaskiy redaktor
(1conomics of the coal industryIof the U.S.S.R.] likon6mika ugollnoi
promyshlennosti SSSR. Izd. 2-e, parer. i dop*.~ Mosk-7a, Ugletekhizdat,
1954. 427 p. (Hicrofilm3 B:2)
(Coal mines and mining)

ZTCRYKIN, AnstolLy Alskseyevicb; 91RUM, David Mironovich;)LMMIN, Mikhail
otratetvanny7 redaktor; YHY"LORAN, H~'G.,:
radaktor izdatel'stya; KOROVINNOYA, Z.A., tekhnicbeekly radaktor;
AIADOVA, 113.1., takhnicheekly redaktor
[Production organization and planning In the Soviet coal industr7l
Organisetaita I plantrovaute proisvodstva v ugolinoi promyshlennopti
6SSR# We 2-oe, perer, I dop, Moskva, Ugletekhilidat,.1956. 483 P'O
(Coal mines and mining) (KM 9 12)
! NM RR M

BMKOVICH, D.M.; ZVORYKIN, A.A.
Some tandencias in the development of the technolo& of
modern machine construction. Vop.lat.eat. i,tekb..no.l:
168-178 '56. (MLRA 9$10):
(Machinery ln&ustry)

Trends in the teafth6logical develolmont of the'oonteuporary aRchinel
construction InAAstoo-Vapaistoests i tekh, nooWo7-216 156.
(MIRA I tl)
0

AUTHORS Zvor7kinj A.A9, and K1r*ihner,-D,M. l19-11-4/7
TITLE "Now to Determine the Soonomio Effootiveness of
Automation".
(kak opred94*t' *konomioh9sku_#u effektivaos
eytolatiftWO
PERIODICAL Priborostroron" 195T'
fir 11, pp. 13-17 (088j)
ABSTRACT The most important.indem of the e0onoxio etfeoti,'veness
of automation is the degree of 'the inoroaso of Work'
produotivity. This effeotiven*86 in thi fie14 of, woik
produotiyity depends on the degree of,wage-intenfilty
in an enterprise being automizsd.
For the determination of the aa6aomio, effeatly*noss,
in the index of work produotivity wo.oan.oarry but the
following simple oaloulationo: We oail the numbir of
workers in the enterprise
a) before the introduotion of automation in the enter-
prig* h
b) aftel the introduotion of automation h
2
and we obtain in this oae*-with:'all other oonditions
remaining the samo-the inorease:~of w6rk produotivity to
CARD 1/4 hI - h2
100
x
h2

"Now to Determine the Economic Effectiveness oflutomation".
CARD 2/4
and a decrease of wage intensity to
hl h2
x 100
As second index for the determination' of the effectiveness
of automation serves the specific use'of capital pot
production unit6 When analysin*~;tbe amount of this oiz-
penditure a oertain regularity can bei obsorvedt.4a a
rule the capital use per production unit decreases
there where it is relatively low, oro whorej in'oon-'
sequence of automation the soooo'.of production increases
essentially. The more complioato4 the ontoIrprtso ia~ln
toohnioal,rosp*ot ana the highok,th*14vol of automation
and the smaller the increase of;;produotion is#~tho more
the capital use per production unit of the annual
production will drop.
With the level of capital use also the 800alled
offloioncy-agent of automation*to connected, which,
shows us how much 'smaller the capital use is for the
automation to secure an inorsas~ of the OaP&OIty of an
aggregate or of machine$ than the expon3ituroo which

119-11-4/7
"Now to Determine the Economia Effectiveness of.kutomation".
are necessary in order to reaoh,suoh an Increase of~
the capacity of an aggregate or's machine without
using automatic devices.
There is no reason to regard the coefficient of the,
efficiency of automation of universal Im
,portanae. The
most important index of the economioleffioisnoy:of
automation in the USSR is the reduction of-the
production costo.Usually this Offeoiiyenoss is-
characterized by a comparison ok the peroentage.oV
the reduction of production costs in:& non-automized
enterprise. This is rightj if:the economic effectiveness
of the same kind of'prooesses e6d aAt*rprises,':L,9 con-
sidered. The pero*ntage of the 'reduction of-pr6duotion
costs with automation is different if.the production
costs are calculated with or without the ooots'of-tho
raw-material. The distribution,,,~of tfie expenditures,of
the individual departments to the individual products
is usually carried out proportio'nallyto the wage Pf
the basic productive Workers.: In oases of th*'auto *nati-
on of single processes or departn*nlts with a number
CARD 3/4 of industrial branches the same principle Iwas Maintained

119-11-4/7
"Now to Determine the Zoonomio EffootiYeneas of Automation".
whioh is used when oomparing an~automivsd with a non-
autonized produotion. Thisp howeyeri,is obviously uIa-
oorroot as the real expenditures of'department6 do not
ohange aooording to the same relation with automation
&a do the wages.
When determining the share of the general oosts'of
produotion per produotion unit in a non-automizod or
automixed enterprise it is important~to regard the
demands for the equalivation ofithe quantity of;produotion.
Without this the offootiveness of an~automiv*d enter-
prise is artifioially inoreaseCas in muoh a oaie the
general co to of produotion (ofithe non-automized
a
enterprise) refer to a smaller quantity of produotion
than in an automized enterprise.,

ZVORTKIN, A.I., proi.; KIRZMM, D.M..
Progressive engineers and technicians of the U.S.SX coal Industr7
Ugol' 32 no.11:48-53 1 157. (Hpu 10: 12)
(Goal miners) (Coal ~eeearch)

28(l) PHASE I BOOK EXPLOITATIOV SOV/173
Zvo kin Anatoliy-Alekseyevich,, Doctor of Economic Sciences,
o f e ~ss o T
Avtomatizatsiya proizvodstva i yeye ekonomioheskaya effektivnost'
(AutbmtJmtJonof Production and Its Economic Efficiency) m6scow,
Izd-vo "Znaniye,," 1958. 62 p# (Series:, Vsesoyuznoye
obahchestvo po rasprostraneniyu politicheskikh i naudhnykh
znaniy. Seriya 3, 1958, nos. 9/1o) 66,oooloopies print4d.
Scientific Ed,: B.S. Sotskov, Doctor of Technical Sciences;,
Ed.: T#F. Falaleyevaj Tech Ed*: A*Volrofii~ov,
PURPOSE: This pamphlet was prebared by the All-Union Society
for,the Dissemination of Political and Scientific Information
and is intended for the general reader,interested in auto-
mation.
Card 1/3

Automatization of Production (Cont.) SOV/1737
COVERAGE: The author of this pamphlet briefly.describes: the
various points of view of foreign speciiLlists on automation.
He presents his own views and conaeptsand xieviews the .
automatization of production processes In the USSR and abroad.
Emphasis is placed on the economic aspects of the auto
~ -
matization of production processes. No personalities are
mentioned. There are no referencess
TABLE OF CONTENTS:
Reason for Automatizing Production 6
Development of Automatization of Production Pro-
.14
ceases in the USSR and Capitalist Countries
Economiq Efficiency of Automatization of:Pro-
duotion Processes :30
Equalization of production volume wheni.comparing
automatized and nonautomatized production 34
Change in the productivity of labor under Con-
'
ditions of automatized production 40
Card 2/3
Automatization Of Pr6duction~(Go'nt.)
SOV/1757
Change in the extent of capital expenditures under
Conditions of automatized production
Change in the cost of product under c6riditions of
automatized production
Comparison of automatized and nonautomatized pro-
duotion based on the length of time nooessary for
the recovery of capital outlays 51
Economic efficiency of automatizatjon~in relation
to its level and applicability to individual branches
of Production 56
AVAILABLE: Library of Congress

7 9 59
Card 3/3
I

HIMCHICHKO, V.S.; BOCHAROY, M.D.; KRISTOSMITAN, N.Gi;~ CIMMAwv, V.I.;
ANMYANOV, Y.Y.; KAUFM, V.M.; PAKHMANOV. V.I%; ZTCRYUN* I.A011
otv.red.; ANICHKOV, U.N.p red.; BARDIN, IsPol i red, 'Aidd&Avoln
A.A., red.; VV3IIENSKIY, B.A., red.; GRIGORI M, A.A;, red.;
KAFUSTINSKIT, A.F., red.; KOLMOGOROT, A.N., red.; 111UATLOT, A.A,.t'
red.; OFARIN, A. I. , rod*; IPBMT9 Fogs ; red,; sToLnov-9. VON. , red,;:
STFLAKHOV, N.M., red.; FIGUROVS91T, N.A., rsd.:~ KOSTI, S.D., tekhn.red,
Diographical dictionary of leaders in the na ural sciences and,
technology] Biografichookii alovarl deiatelei:estestvozndniia
i tekhniki. Vol.l.' A - L. Otvatstvennyl red. A.A0Zvorykin;' R~d.~
kollegiih! ff;X.Anichkov i.dr..Koskva..Goa.nauahn.ird-vo "Bollshala~
Sovetakaia Zateiklopediia.0 1958. 546 p. (MIRA 12:4)'
p
I.-Rodaktsiya istorii eateRtvoznaniya I tekhnikl Bol'ohoy sevetskoy
Rntaiklopedii (forNemehankoi Bocharov,, Kristosturlyan, Cherka.sovi~
Andreyanov, Kaufman, Pakhmanov)*'

Y 0 /2- A A
25-2-1/43:
AUTHORt Zvorykin, AeA., Doctor of Economical Sciences, Professor, ands
Shukharding S.V.9 Candidate of Technical,Sciences
TITLE: Force-of Scientific Forbisight, (Sila'nauchnogo~predvideniya).
Karl Marx in Technial Progress (YArl Marks 0 progresse
tekhniki)
PERIODICALs Hauka. i Zhizn', 1958, 2t p 1-6 (USSR)
ABSTRACT: A brief review of advances made in the scientific and'tech-
nical fields during the last few decades. There is one sketch
and one diagram.
AVAILABLE: Library of Congress
Card 1/1

ZVORYKIN, A.A.. prof.: KIRZHIIER, D.M.;.prof.
Methods of determining the economic efficiencV of automatization
in the coal industr7. Nanch.aokl.vys.uhIroly; gor.dolo. no.4t.
259-266 ' 58- CRIM 12:1)
1. PrFidetavleno kafedroy ekonomiki, organiHatsit, iplanirovanj~a
gorv~rkh predpriyatly llbakovokogo gornogo instituta,imeni
Stalina.
(Coal minds and mininq--Costs)
(Autotatic control)

ZVORYKIM, Anatoliy Alekseyevicti; ZM, L, red,; ULAWOVA, Lot
teldmred4l,
[Creating material and technological basis of, communism
in the U.S.S.R.] ~ozdanie ~ateriallno-tekhnie'heskoi tasy
kommunizma v SSSR. Koskya, Izd-vo sots.-ekon.llt-171
1959. 102 P. (KIRA 12-.8)
(Technology)

ZVORTKIN. A.A.. otv.red.1 UNCHMO, Y.S,, zaveduyushchiy red.;
_-DWIMMY, K.Dep starshiy nauchnyy red.; KRIST OSMITAH,
N.G., starohiy nauohnyv red.; CUMBOT, T.I.i starshly
na-dohnyy red.; ANDRITAVOY, T.Y., red.: GARKOYMO, R.Y..
nanchnyy red.; KAUFW, Y.M. , uladshly red,-,. PAKWUNOT,
V.IP.# sladshly r1d.1 XOSTI, S.D., tekhn.red.:
[Biograpbloal d1ationarylof figures.in the natural ocienceo
and technology] 0iografichaskWulovarl deiatolml 00tootTo-
zaaniia i tekhniki, . 0tvatstyennyi red. A.A.Z~,orykln. Red.
kollegiia: R.N.Aniohkoy ildr. Xoekra, Goe.niuchn.Isd-va
qql'shaia sovetskais, entsiklopodiia.0 Tol.Z. K -:IA.,
1959. 467 p0 (MIRA 12:7)
1* Redaktaiya istorii eoteatvoznaniya i takhniki Bol'shoy
Sovetakoy Intaiklopedii (for all except Zvorykin, Kbeti).
(Scientists) (Technology--Biagraphy)

ZVORYKINm-AMi!Qliy-Al%kAinv-i-c-h,L doktor ekonom.rwuk: DTJBROVMIY, Tu.R.,
red.; ATROSHOMKO, L,Ys., tekhn.red.
[11con6mic efficiency of production automation] Hkonomicheeksia
effektivnost' avtomatizateli prolavodetva, HOBkva, Izd-vo
*Znanie,* 1960. 45 p. (Veasoiuznoo obahchostvo po resprostrgneniiu
politicheskikh i nauchnykh znanii. Ser.3, Bkonomika, no.34).
(MIRA 13:12)
(Automation) (Labor productivity)
(Costs, Industrial)

ZVOIUKIN XIRZMIEII, Dilyid Wironovich;
L Anatoliy Alekseyevich 9 prof.,
iU-N-D-hr,--ffjkbdI-ftri:aov 14,p inzh.b RACHXOVSKITI SaTa4l prof.$ 6ty.
red.; ASTAKHOV9 A.S,,,, kand,.-fekonom. nauk, otv* red.'; GOLUBYABIOVAg
G.S., red. !zd-va; FROZOROVSKATAp V.L.v tekhn1w red.,
(Economics of the mining industry] nonmika g'ornoi provVshlennbs+,i.
Izd*3.9 pe~rerap dop. Moskva, Gas. naucbno-teltlm. I!zd-vo lit-ry
gornomu delu, 1961. 439 PO OIIU lJogr
(Mineral industries)

I I
7 ,
i I
ZVORYKINq A. A* - II I I ; . .

ZVORTKIN, A.A.; MILONOV, Tu.K., otv. red.
(History of technology] Istorlia tekhniki. Ploskvap Izd-vo
sots.-ekon.lit-ry, 1962. 772 p. (MIRA 16:9)
(Technology)

CBMIYSHEV, Vladimir Ivanavich; ZVORYM A.A--+~~Gd-; KIESHCIMOV,.
M.A.) red. izd-va)- POLTAUTA., T.V. tekhn. red.; GOLUB', S.F.,
tekhn. red.
(From the history of technical development inAhe firnt yearv
of the Soviet regime, 1917-1927) Iz istorii rizvitiia tekhniki
v pervye gody sovetskoi vlasti) 1917-1927. Moskva,,Izd-vo,
Akad.nauk SSSR, 1962. 316 p. WIRA 15:7)
(Industrialization) (Economic development)

ZVORYKIN A.A doktor ekon.naukpprof.; OSIMOVA) N.1 nauchrWy
p 4~ ~11 a
sotr.; C12WIYSHEV.. V.I., kand*tekhn.nauk; SHU
kand.tekhn.nauk; MILONOV,, Yu.K., kand.ekon.ncu'kjotv.red.,-
BAKOVETSM 0.., red.; STREFETOVA, M., mladshiy red.;
MOSKVINAp R., tekhn. red,
(History of technology]Iotoriia tokhniki. (By] A.A.:Zvorykin i
dr. Moskva., Sotsekgiz., 1962# 772 p. (MIRA 15.8)
1. Akademiya nauk SSSR. Institut istorii yestentvoznaniya i
tekhniki.
(Technology)

sHUMMIN. S.Y.; ZVORYKIN A.A. redakt#r; MCKERM, B.C., rodaktor;
redaktor.
(Georg Agricola) Georgit Agrikolm. Nsskya, Izd-ve Akadesti nauk
SSSR, 1955. 205 p. (KLBA 9:5)
(Agricola. Georg, 1494-1555)

BR%IBERG, Viktor A2eksandrovicb; GP14MTAIOVI Nikolay lv~anovich;
ZVORY.KBI A ch NORYAVTSEV, Yitali:r,~
_E2TjIIT,_lekseZ Dmitrjyoyi ;~-
Vasil'yovich; TEMOVSKIYp Yevgeniy IvanovieN EPSHTM,
Lev Abramovich; SHIROKOVA, M.M.,, tekbn. red,
[Mechanization of the manufacture of electrica insulating
materials of winding inmilation,, and drying as well as
saturating operations] liekhanizatsiia proizvodstva 6.1ektro-
izoliatsionnyll-ch materialov., izoliatsionno-ottaotochiVkh i
sushillno-propitochnykh rabot. By V.A.Bromberg i dr. - Moskva..
Gos. energAzd-vo, 1961. 99 p. (MIM 25:2)
(Electric insulators and insulation)

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100

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ALI
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ZVORTKIITI A* TAO
"Concerning the Reactions of Oxides and Salts in Solid State.11 Sub.29 Sep 47,
Hoscow Inst of Fine Chemical Technology imeni H. V. Lomonoaov~
Dissertations presented for degrees in science and ongin6oring in Hoocow.in
1947
SO: Sum No. 457, 18 Apr 55

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ZVOR'CLIP, A. I-a.
'12537. Z11CRYKA;', A. Ya 1. 'rB-'
./- T ,joley I 0,1dulov. zhurrml
1OV,), 11o 10, s. R-63-67
SO: Letopist ZIiurnnl'r~;-,',:h Statey, Vol. 44P Moskva, lg/,g

CA
Wait
hot, r""
SAW 19
Jkdd. lot
,,d PCOPtrties
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14 1 1 1 4 1 a 'P LA
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le"Alacraturv indic-Ate that strength fit %intrititall n A clur.%victi,ttv
00 r 14 Olve solm Iltal"lal anti FtISM-116 jtW v1sulig" fiavultioll Ilivilic th"
V': varia"I's Irtollacrututv 1111rivals, p1lorthursilal Ir-olis vil'I"'It 400
001 the following nurchanklarts of sintering: Sintrrint is alwvv all a zoo
00 03 diffusion of parileles tit the sallixt material; the inobilar tit juir
400
tictes unit difff increatte. with tislull Irmlia-piture,', The iii,
divitluAl laurtklatts. nialle contart in boost' III.WVS Ollly,~l 1111.11 U
j~
fint diffinlifist takes plave stradually at thr,t- Iii-luji. 41-If ota.art:
tit i1tterininhic tlW M"ralth off taki-v plairt,
coo
chicity tit them liolov.4 of diffustort Imeatsw herv list!' pitrlkle~
00 goo
are bound to one another less attrongly than in the orilljlml cry-
oo r
talline material. As a result of the mailing i4 tik- -.4hape. Ov
qoo
00 9 Krubliliff of the Material chancelt and. ill adifilk"I tit lite awiscilid
No 0
Vroin% larger unit iinialler strains are tilfn ishwitutil
100
too
!100
Taaj~LQI~11 LIT 14"It 9 CLA"KAT"
too
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Miss---

Ok
Vc Zvorykiv
lk, Me Ctjir,,Cd H abneg to tmalts, kst-
UDj a d Ba wt" tut
twem lho As was pmtd for c1duddom (0,A.
dke dwove vA immch. stmgth on u1norbig dapdids
on the wife; of Crystal taltirro. FIwvIjwINymmutuIh4I%
Immula bi Olk)"alooky was, ISMI. . V247., (tow,04"
Lrh +,I~L. 10-34-5/ft, + h)j wItt" + r, . gum
f$0. 01 bum, aill Aml vattorkh of
... ..........

zvoRyKim, A.Ta., kandidat khimichaskikh nauk.
New concentrated non-chlorinatedlertUizer, Vost.AN.,SSSR 24
no.3:64-66 14r 154. (MLRA 7:3)
Ofertlllxero~aud maimrse)

Z V OR YlUIX
ULI". A.H.; SAMSONOT, G.T.; USYN, O.Ya.-, SUPAJIOid~~.X.S.' Inthaner,
reteenzent; TANARAYBY, I.T., retsensent; POGOVIS, S.L. professoro
stsetizentt 400'~
&oktor, xaslushonVy dayatell nau)d i tekhnIki,':,r
re.re., professor, doktor, retmenseat; ABRIKOSOT, Ltiij~-doktor
khimichookikh nauk, retsensenti SHAMRAYi ?.I. Aoktor khinicheskikb
nauk, retsenzent; XOROZOV, I.S., iranAdat ichl~heskikh nauk,
reteensent; BOOK, Te.A., kandIdat khimicheskikh us:uk,:retsbnx9at;
HIKOLAYNT, N.S., kandidat khimicheakikh nauk, rsteensent; STORYM
A.Ta- kandidat khisichaskikh nuk, retsentent; MASHILOTA, IT M, W;'LlI
'V101dat khWehookikh nauk, retseaxent; VYSOTSXAYA, red&ktor;
XAKAMA, O.M., re(laktor; ATTOPOVICH, K.K., takhnichaskly redaktor
[Metallurgy of rare metals) Het&Uurgiia rodkikh metallov. Moskva*
Goo. nauchno-takhn. izd-vo lit-ry po'chernoi i tevetniol metallurgii
1954. 414 p. (MLU 7:9)'
I* Chlen-korrespondent AkademiI tauk SSSR (for lwmr~qvy).
Rare-Ketallurgy)

,-'ThA Sol
23 M
tile rE mr1h :tm- ~11~,vjvj

4-1

PMLIKAN, laina Hoiseveyna; MAITIN NIXOIAYMY, H.S.,
doktor Welchaskikh na n" redektor; OOLUBKOVA, T.A.0
redaktor; YUSPINA, N.L.. takhnichookiy redaktor
[How chemintz7 originated and with what it in concerned] Kak
vosalkla khimiia t chem ona, sanimsetsia. Hoskva,, Gookulltpro-
svetizdat, 1956. 14 p. and 5 1- (MLRA 10:2)
(Chemistry--History)

Al
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JAI
4
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. ...........

78-3-6-100
AUTHORS: Perellman, F. M. .Zvorykin, A. Ya.-~-.Yakubovskaya, T. N.
TITLE: Some Difficully Soluble Salts of the.'Heteropol acid of
y
Germanium and Silicon (liekotoryye malorastirprinne soll
geteropolikislot germaniya i kremniya),
PERIODICAL: Zhurnal Neorganicheskoy Khimii,1958, V61. ~,Nr.6,
PP. 1374 - 1380.(USSR)
ABSTRACT: In the present paper the dif f icultlT soluble. ammonia, rubidium
and cesium salts of'the germanium-and~,si3.io,on-molybdenum-'
heteropolyacid were investigated. The~,Isyntheuis of germanium-
, molybdenum and silicon-mol.Tbdenum-heteroliolyacid as ammonia,
rubidium, and cesium salts was described. The following compounds
were produced:
.
1t75(NH Sio 12MoO .5H 0 lt7Rb 6.SI.O~.12jMO
"811M0
4)20' 2'. 3 , 2 2: 2 3; 2
lt85(Nff )20.Ge 12MoO -4 65H 0 2Rb Oi~'000 0121AOO 9H 0
4 02' 3 0 2 2 2., 3' 2
1v 54Cs20.Si02'11,5MoO3 .6 t 6E120
Card 1/4 1982Cs O.GeO 11 '5MOO 6H
2 2' 30 2

78-3-6-14/30
Some Difficultly Soluble Salts of the Heteropolyaoid:of'Geirmartium and
diliaon
The x-ray analyses show that all these salts are isomorphous.
The solubility of the ammonia,rubidiuia and'oesium sal,ts of
the silicon-molybdenum, and.germanium,-molybdenum-hetelropolyacids
at 2500 is investigated. The solubility of.ammonia salt of
Si-Mo-heteropolyacid is,7P55c/4 of rubidium Galt of Si-Mo-fietero-
polyacid is ot475%p of cesium salt oftSi-Ilo-heteropol .yacid
0,123%,O--f ammo-nia-Ge-Mo-acid 7,78%, of Rb-Ge-Mo-acid 0,90% and
Co-Ge-Mo-acid 0,075%. The solubility o:f all six salts was also
determined in.aqueous sulfuric acid solutions of amm onia and
rubidium salts 'at a concentration of 195 -~,40% sulfuric acid and
of cesium salt at a concentration of 1,5-250146 sulfuric~acid.
Also the solubility of cesium salts of the above mentioned
.heteropolyacids in nitric,solutions at concentrations of 2% and
5,3% MTO as well as the solubility of oxalic acid at con-
3
centrations of 2-9% EM was determinedo Sulfuric acid consi
derably reduces the solability of the ammonia, rubidium and
Card 2/4 cesium salts of the silicon-molybdenum-, and germanium-molybdenum-

.18-3-6-14/30
Some Difficultl~rSoluble Salta of the Reteropolyacid.of Germanium and
Silicon
-heteropblyacids. On this occasion the solubility of the!
ammonia saltsof the above mentionedleter *opolyacids Is ien
times greater than the solubility of1he correspondiri Ig ribidium,
salts. The cesium salt of the'Ge-Mo-hateropolyac id ha's a!
solubility ten times smaller than that of the corresponding
Rb-Ge-Mo-acid. Cesium salt of the Si-Mo-acid has a solubility
hundred times smaller than the corresponding Rb-Mo-acid.~It
was found that the salts of the Gr-Ma-heteropolyacida are more
easely soluble than the'elorrespondine salt's of the Si-Mo-acids
almost in all cases especiallT in concen-bra,ted acids. Cesium
salt of the Si-Mo-acid shows the smallest solubility.. Its
.The
solubility in aqueous sulfuric solution is 0,004-0,005%-'
solubility of cesium salt of the'Ge-Ito-acid in the same sulfuric
solution is 0,04%. There are 5 figures, 8 tables, and 19 refer-
Card 3/4 encest 8 of which are Soviet.

76-32-3-24/~3
'AUTHORS: Zvorykin, A. Ya.p Perell~man, F. M. ,zhakhova, S.. K.
TITLE: On the Catalytic Activity of.Rare Eleaents.'in the Reaction
of the Decomposition of Hydrogen Peroxidel(O Izataliti6heskoy
aktivnosti redkikh.elementov v reaktsii razlozheniya ~erokisi
vodoroda. I.)
PERIODICAL: Zhurnal Fizicheskoy Khimii, 1958, Vol 32,:Ifr 3,
pp 654 - 658 (USSR)
ABSTRACT: Mixed catalysts of salts of rareelenents are investiL-ated
in the present paperl the attention being Vocused on tho:in-
fluence of the ratio of catalyst components', ba van us, that of -the
temperature 4nithe plI,,upon the cataly~iLic activity. I )i! orcl or
to bring about a simultaneous mixture,of bQth cataly.,;L Co..-.
ponents with the hydrol;en peroxide solution, a glass container
wab constructed in which two little dishes:vrith the catalysts
on a glass holder are located,from whore fall into the
liquid up~,:r. me:~.,haai(4a aetst.10n of the eyotem, Ttiefvel**ocity
of decomposition of hydroLen peroxide';waa measured at 25 C
Card 1/3 dnd a pH of B.O. The experiments performedwith niobium oxalate

76-32-3:~-24/43
On the Catalytic Activity of Rare Elements in the Reaction of the,Decoh-
position of Hydrogen Peroxide
showed a negative catalytic action ot niobiurq upon other
catalysts, especially cobalt chloridq~'. Sodium molybddte in
combination with copper,chloride(Ha lioO -CuGl ) show6d an
2 4 2
increase of the catalytic actionowh.ich exceeded that~,of the
individual components s.everal times.Investigations vtith.zir-
conium sulfate showed that in ftsystem zir 'conium-sulfate/manf;a-
nese-dioxide,the curve of the catalyt 1ic aqtivity coni.ains a
y ac-
maximum from which a complicated chaziffe of the catalytic
tivity may be d8e:Z,::&!. A table of ~ t,he chaneos of velocity
and of the values of the reaotior constantof the last.-men.-
tioned system is gi-en frem which ft ma?- ba s!itan
that the activity.of zirconium sulfate at the beginning of
the examination is hiuerhorpthat it,thein,drops.to a lower value
and remains constant. There are 4 figures,~itable, and 9
Card 213 referencest 6 of which are Soviet.

76-32-3~1-,24/43
On the Catalytic Activity of Rare Elements in the Reaction of the, DecomPo-
sition of Hydrogen Peroxide
ASSOCIATION; Akademiya nauk SSSR Institut obehohey i noorganichealcoy.
khimii'im., N. S. Kurnakova (AS USSRiTnatitute of General
and Inorganic Chemistry imeni ff. S. Kurnakov)
SUBMITTED: November 30~ 1956
Card 3/3

SOV/76-33-2-.14/45
AUTHORS: Perellm-an, F. L.., Zvorly%in, Ta, Shalchava, S. K.
TITLE: The Citalytic Activity of the Rare M:emonta in the Decompooi-
tion of HydroCen Peroxide 11 (0 1-ntaliticheskoy aktivnostri
redkikh ele-.entov v reaktsii razlozheniya perekisi vo dorada

PERIODICAL: Zhurnal fizicheskoy khimii, 11059, Vol~33, Nr 2,
PP 452 456 (USSR)
ABSTRACT: The method of the work reported here -nas the same as was
used in the previous paner, i.e., a simultaneous addition

,inning of~the reaction. Inves~ti-
of both catalysts at the beg
Eated were sodium gallate (I), thoriu.in
nitrate (Ii),, titanium
sulfate (III), and germanium chloride.! IV)p- alone and~toaether
,
with the chlorides of cobalt, copper,',and iron also of M110
at 250C and pH = B.C. It was observedi"'O-hat'a combination oi
(I) with CuCl 2 increased the catalytia activity and,ihat
this was greater than the additive valties ofthe single.cbm-
ponents. All the catalysts of this system Are unstable and
Card 1/3 lose their activity quickly (Pig 1). The sllstem Cucl
2

The Catalytic Activity of the Rare Elements in the SOV/76-33:2-3;4/45
Decomposition of Hydrogen Peroxide 11
q
and (II) - MnO (Figs 2,3) show also' in increased catalytic
2
effect upon the decomposition of H 0 With the first;:sysjtem
2 2~
the activity is doubled and with the 4~econd system the activity
is 4.6 times the additive value of the components using a
content of 30dP (TI). The system (II) - MnO 2 is more stable
in its catalytic activity than the ab9ve mentioned combina-
tions of (I). An increase of 5 to 2-5 'times in activity
above the additive values of the components was observed,
for the (III)-cuci 2 and (III) - Con 2.systO!--is, and the maximum
activity was found to occur with a c 'ontent of 5Cr;o' (II
1)
(FiQ-13 4,5). The (III)-Col"l2 systems are hirlh in activitY
but very unstable, while (Iii)-CuCl 2 are atabler comb ina ti ons.
In the (IV)-CUC12 system a OrMaller increase in activity .
was observed (Fie 6). The experimental reaults show that-the
maximum activity occurs with the comp6sitiolne of a 1:1 molar
ratio, of the cozponents.~ Therc are 6 figures and 3 refer-
Card 2/3 ences, 2 of which are Soviet.

The Catalytic Activity of the Rare Ele, SOV176~ -2i
,ients in the -33 -34/45
Decomposition of Hydrogen Peroxide 11
ASSOCIATION: Akademiya nauk SSSRInstitut obshchey i neorganicheskoy
khimii im. If. S. Kurnakova (Academy of Sciences, USSR,
Institute for General and Inoreanic Chemi"Itry imeni It. S.
Kurnakov)
SUBMITTED: July 30, 1957
Card 3/3

.9-10 0
LUTHORS:
TITLE-
PERIODICAL:
ABSTRACT:
Card 1/2
69030;
Perellman, F. -M. , Zvo Ya* S/078/60/005/04/034/040
1 06
Demina, G.
B 4./B 0 1. 6
Investigation of the Solubility in the System
Y(NO - 0 11 0 at 25 and 500
3 3 HNN 3 2
Zhurnal neorganicheskoy khimiip'1960, Vol:,5, Ni 4o pp 960 963
(USSR)
The author's refer to the method of the fractional separation of
lanthanides used in practice and,,quote a paper by G. G. Uiazov
and Z. N. Shevtoova. (Ref 4),:The purpose 0,f thd present p4per~
is to clarify the conditions~for the occurrence of'the yttrium-
ammonium-nitrate double oalt6 The resulta'obtained according to
the solubility method are presented in tabl 08 1.9 2 and in~
Schreinemakers' diagrams in figures 1,2.:Lt 500~the solubility
curve shows three branches corresponding:t~o the',orystallization
of the three salts Y(NO -4H 01 Y(NO 42NN NO p: and NK N03.:
3)3 2 3)3-1 4 3 4
The double salt crystallizes at this temperihture in the an-
hydrous state in the range of the coneentr~Ltions of HE NO; from
4 3
18 to 40,.and.of Y(NO ) from 66 - 48%- Ito solubility in water
3 3 0 i
amounts to 88% at 500. At 25 the double salt could not be

6~03M
Investigation of the Solubility in the System S107SV60100510410341040
Y(NO NH No - H 0 at 25 and 500 BO041~016
3 3 4 3 2
obtainedg.although the diagram shows the';6orresponding branch.
The authors assume that the crystallization of'~the doublio'salt
at this temperature is rendered difficult,,oving to the high
viscosity of the solution. Y(NO 3),3 crystalilizes ipnthe precsenoe
of NH NO both at 250 and at'500 with four, molecules of crystal
4 3
water. There are 2 figureep 2 tables, and 6 refdrencosg, 2,of
which are Soviet.
ASSOCIATIOX: Institut obahchey i neorganioheakoy khimii~im. 1T*:S. Kurnakove
Akademii nauk SSSR (Institute' of General,anld Inorganic Chemistry
imeni N. So Kurnakov of s loaaepy or 8-0Tff-ffM;-1MS1t)
SUBMITTED: January 239 1959
Card 2/2

86489
1136, 1275 S/078/60,/005/008/0.22/031/xx
S_.2,610 B023,/k66
AUTHORS: Perellman, F. M. Dabiy6vBkaya, I.. Z.
Pedotova, T. N.
TITLE: Calcium and Iron Germaaat6s,
PERIODICAM Zhurnal neorganicheskoy khimii, 196oi vol,;, Noq~ef'
pp. 1717-1724
TEXTt The authorstinvestigated systems of'sodi~m:~erman'ate and calcid;m
nitrate or iron nitrate in aqueous solutions with diffe:~ent ratios.of the
components. The formation of calcium metagermanat ,e.. UaO~:GeOVnH20, and'
three iron germanates, Fe 20 3- GeO 2' nH 0, Fe 0 2GeO~.nH 0, and
21 .2 3' 2 2.
Fe203' 3GeO2 nH20, was detected by Sch reinemakerul method. Thermograms and
X-ray diffraction patterns of the compounds mentioned above disclosed
characteristic peculiarities and confirmed the chemical5homogeneity of:the
resulting compounds. It was further found that the Tgerm6nate Fe 0 XL4 hH 0
2 3 2 2
may be obtained with 15 and 2.5 molecules of hydration water, and that:the
Card 1/3

rmanates 60/065/008/022/031/XX
Calcium and Iron Ge o66
S/07
B023~B
germanate Fe O,#2GeO nH 0 still contains two H 0 molecules after drying
2 2 d 2 2
at 120 OC. All iron germanates were subjected to X-iay phase analynis at
the laboratory of Vi. G. Kuznetsov. Table I shows tile compoeition of the
liquid phases and of the "residues" in the systemll. a2Ged3 -Ca(ITO 3)21 H2 01
and Table 2 dto. in the,system Na2GeO 3- Fe(NO 3YH20.~ Fi,g.,l illustrates
the composition of the solid phases in the-system No. Geo - -H 0',
2 :3. Ca("03)2 2
and Fig. 2 dto. in the system Na GeO - Fe(NO -H 0. V. Zhuravlev is
2 31 3 3 2
mentioned. There are 7 figures, 2 tables, and 10 references: 4 Soviet,~4
German, and 2 US.
ASSOCIATION: -Institut obshchey i neorganicheskoy'k-himiV: im., N.S. Xurnakova
Akademii nauk SSSR (Institute of Gene'ral and Inorganic
Chemistry imeni N. S. Kurnakov of the~Acad~,emy of Sciences
USSR)
SUBMITTED: March 109 1959
Card 2/3

t

Ai866;:
S/076j62/OOT/003/0112/019'
B110./B138
L?
AUTHORS: Perellman, F. M.,, D6inina,' G. A.
Z
TITLEs The solubility isotherm (250C) of the system.
Pr(NO RbNO HNO H 0
3 3 3- 3- 2
PERIODICAL: Zhurnal neorganicheskoy khimii,.v- 71 ~no. 39 19621 641 644
TEXT: The formation of double nitrates of praseodymium 'and~rubidium in
the presence. of HNO was examined in a thermostat (25 -t ~0.10C). Liquid
phase samples iLnd riesidues were taken'after the establishment of equi-I
librium (after 2 3 days). Chemically pure Pr 601i, and Rb 2C0 3 were con-
verted 1 0 0 riibidium nitrate
nto Pr(ITO 3)3' 6u 20 (Pr6 lip 40 96%) 1and int
(Rb 0, 62.66~) by means of HNO Pr was preoipitated.by. means of,NH OR
2 Y ~'4
annealed, and weighed as Pr Rb was weighed an, perchlorate. Fivel
6011'
solid phases were formeds (1) Pr(NO 4 Pr
(3):
(2) 5RbNO N03)
3)3. 31 3F
7RbNO ' 5Pr(NO (4) 5RbNO -2Pr(NO )~; (5):'RbNO30 The compositions next
3 3)3 3 3 3
Card .1/j-

S/078/62/007/003/0 21019
The solubility isotherm... B I 1,0/B 13.8
to RbNO were examined at 30 36~y and those adjdining Pr(110 at
3 3)3
26 NO of HNO The incongruent double salt 2 Pr(110)
3' 3 3'5RbNO 3only
exists with Pr(NO concentration less than,10.09%. If the Pr(NO ~con-
3)3 3 3
-7RbNO orystallizes. Anhydrous
centration is increased, 5 Pr(NO
3 3 3
Pr(110 crystallizes first and next, in the presence of not more than.
3)3
3 - 4~- of RbNO the double salt 5RbNO -4 y'three
~Pr(No However, onl
39 3 3
salts could be synthesizedi (1) anhydrous Pr(NO under the conditions
3 3
of point 2 (Fig. 1); (2) the anhydrous, bright green, coarse-crysialline
double salt 4Pr(NO ) '5Rb(NO under the conditions of point 6; (3) the
3 3 3
anhydrous, light green, fine crystalline double salt 2Pr(NO ) -5RbNO
3 3 3
under the conditions of point 18. All three saltrj:decompose at 85 - 900C
with the liberation of dark-brown vapors of oxides' of nitrogen.
D. I. Mendeleyev and N. S. Kurnakov are mentioned.' There are 2 figure5l
1 table, and 4 referenoess 3 Soviet.~and 1 non-Soviet. 'The reference:to
the English-language publication reads as followas R.~C. Vickery,
ard 2 3

.,.-.Ya.; GAWA, L.B.
FERELIMAN, F.M.; ZVORYKIN,j.
Degree of polymerization of sodium metaphosphate at various Itempera-
turee. Izv. AN.SSSR. Neorg.,mat. 1 no.53725-729 MY 165. (MIRA 18:10)
1, Institut ob-.hchey i neorgoAcheskoy khimil Imeni. lurnakova. AN
SSSR.

ZVORYKIN, A.Ya.
Some inorganic polymers based on rubidium phosphates. Zhur.heorg,'-
khim. 8 no.21Z?4~277 F 163. (MIRA 16: 5)
1, Institut obshchey i neorganicheskoy khimii imeni N.S.Kurnakovs.
AN SSSR.
(Rubidium phosphates) (Polymerization)

ACCESISION NIR: AP3003485 8/007Ti/6 3/OVV007/17S7
A. Y L. Deraijul., it.
Ery-j"em VITC ,~-Lb j' st,~- RbNC nub
SCU?f7 ZhIl-ma-', neorg-mrOlcheska), 7 5q; 7
3, no.
ty, '-sothert, mlb 1, rubidim nitwlk'-4, rierv:!~,mf,:r rjlt~~ I.-el
27
qvatea-ar( sys+,em jM(jj( b
ail
le
s-p., -"q f, f
Card

ZVORYKIM,
.mining Engineering
Outline of the history of Soviet mining engineerIng. Reviewed ~y S. Ya. Rzi ckov skly, S3. M.
Yasiukevich, G.N. Popov. Gor. zhur, No. 2, 1952
Monthly List of Russian Accessions, Llbrary~ of Congress, A-prill,: 1952 Unclassifled

ZVORYKIN, A* A.
Reconstruction of the coal mining industr7. Yoskva, Goo. nauch,,-tekhn,
gorno-geoloro-neftianoe Izd-vo, 1934. 236 P. (50-45462)
TN80S.R9Z9
M

Ing
_79ft
i
8l U04q!~_
Cal
R6,94dipping,-Of the um
ThIrty Years-* Prof-A. A ZTcryk-inj- I, V.:Iub---_:
I)p
huka"'. iZhi= No 10.
_Jq #W:
Aftlrlri ve-~Tiar -Tim SOTi4t:, influstriss..mAttai
Mii-Oight times (US in t" iiaa- periodLerpsn"a-
*;~5~)-'-General-account of the rapid strliii~-
Win Soviet~-Iiduatx7-. proftcti=.fIg-
*a~'_but Igives comparisons
ii~ ~ of photographs shov InLatriai Lot- cel"
mm show Volkhovsk Wdroolectrio Plant Imeni _V.~'X.::

ZJVURYKIIII) A. A.
ZvoUk-in, A. . and Kirzhner, D. M. "The develornitnt of the m1ninc, in~-Ustry or,the U35p,
and the productivity of A3 labor", in the colloction entitlod: Voprwsy Eornap de5la,
Moscow, i9l,8, p. 3469-'65-
SO: U-2888, 12 Feb. 53, (Letopis' Zhurnal Iny'kh StaLey, Ila. 1!, 1949

ZVORYKIN, A. A., PROF

ZVORYKn'o A. A.
Soviet superiority In the rost important technical discoveries and in-rentlons.
Moskva. Pravda. 1949. 31 P.

ZVORYKDiy A.
20732. Zvorykin, A. K istorii kizelovskogo kaniennougoltnogeci bauneyna. Voprosy ekonorniki,,
1949, No. 5, s. 36-47
SO: LETOPIS ZHURNAL STATEY Vol. 28, Moskva, 1949
*1161d"Im ft'', WI-I mi.1i i~

A
ZVORYKIN', A
Pervootkryvateli KamennougrolOnyl-ch Passeynov SSSR. (FirBt DisCOVSTers of LISSR's
Coal Fields) ... Moskva
(10-YP "Pravda") 1950,
31 P-
At head of title: Vsescyumoye Obshchpstvo PO Rasprostrateniyu Politicheskikh,
I Hauchnykh Znanly.
Bibliographical footnotes.
A lecture on discoveries of coal deposits In Russia-, listing dates and loc,a,tio no,
as well as nemes of discoverers. Mlentioned Is oleo the beginr-ing of a broad
development of underground coal gaslficatl'on In the Sovl~t UnJon.
T! I'll 0

VORTKIN, A.A.; KLRZEDM, D*x"; XMINO X.B.
[Economics'. organization and planning In the UoS.S.R. coal industr7j
Zkonomiks, organizatelia. I. planorovanie ugollnoi proinyahlennosti WSR.
Moskva, Ugletekhizdat, 1951. 687 P. (MM 6:8)
(Mining industry and finance) (Coal mines and mining)

ZVORYKINY A. A.
The discovery of coal deposits iL Russia; the beginning of their developwent.
Research and documents. Foskva, Ugletekbizdat, 1952. 355 PI'maps.
(54-22422)
TN808.R9S80,

IN, A.A*: KIRZMR, D.M.; KUNDIN, M.B.; DOROKHTNo N.G. otvetetvenM7
F317 LIMM, N.G.. redaktor; CEWMNKOTj ff.
re or; T. redak-tor;
ANUMM, G.G., takhnichaskiy redaktor
(1conomics of the coal industryIof the U.S.S.R.] likon6mika ugollnoi
promyshlennosti SSSR. Izd. 2-e, parer. i dop*.~ Mosk-7a, Ugletekhizdat,
1954. 427 p. (Hicrofilm3 B:2)
(Coal mines and mining)

ZTCRYKIN, AnstolLy Alskseyevicb; 91RUM, David Mironovich;)LMMIN, Mikhail
otratetvanny7 redaktor; YHY"LORAN, H~'G.,:
radaktor izdatel'stya; KOROVINNOYA, Z.A., tekhnicbeekly radaktor;
AIADOVA, 113.1., takhnicheekly redaktor
[Production organization and planning In the Soviet coal industr7l
Organisetaita I plantrovaute proisvodstva v ugolinoi promyshlennopti
6SSR# We 2-oe, perer, I dop, Moskva, Ugletekhilidat,.1956. 483 P'O
(Coal mines and mining) (KM 9 12)
! NM RR M

BMKOVICH, D.M.; ZVORYKIN, A.A.
Some tandencias in the development of the technolo& of
modern machine construction. Vop.lat.eat. i,tekb..no.l:
168-178 '56. (MLRA 9$10):
(Machinery ln&ustry)

Trends in the teafth6logical develolmont of the'oonteuporary aRchinel
construction InAAstoo-Vapaistoests i tekh, nooWo7-216 156.
(MIRA I tl)
0

AUTHORS Zvor7kinj A.A9, and K1r*ihner,-D,M. l19-11-4/7
TITLE "Now to Determine the Soonomio Effootiveness of
Automation".
(kak opred94*t' *konomioh9sku_#u effektivaos
eytolatiftWO
PERIODICAL Priborostroron" 195T'
fir 11, pp. 13-17 (088j)
ABSTRACT The most important.indem of the e0onoxio etfeoti,'veness
of automation is the degree of 'the inoroaso of Work'
produotivity. This effeotiven*86 in thi fie14 of, woik
produotiyity depends on the degree of,wage-intenfilty
in an enterprise being automizsd.
For the determination of the aa6aomio, effeatly*noss,
in the index of work produotivity wo.oan.oarry but the
following simple oaloulationo: We oail the numbir of
workers in the enterprise
a) before the introduotion of automation in the enter-
prig* h
b) aftel the introduotion of automation h
2
and we obtain in this oae*-with:'all other oonditions
remaining the samo-the inorease:~of w6rk produotivity to
CARD 1/4 hI - h2
100
x
h2

"Now to Determine the Economic Effectiveness oflutomation".
CARD 2/4
and a decrease of wage intensity to
hl h2
x 100
As second index for the determination' of the effectiveness
of automation serves the specific use'of capital pot
production unit6 When analysin*~;tbe amount of this oiz-
penditure a oertain regularity can bei obsorvedt.4a a
rule the capital use per production unit decreases
there where it is relatively low, oro whorej in'oon-'
sequence of automation the soooo'.of production increases
essentially. The more complioato4 the ontoIrprtso ia~ln
toohnioal,rosp*ot ana the highok,th*14vol of automation
and the smaller the increase of;;produotion is#~tho more
the capital use per production unit of the annual
production will drop.
With the level of capital use also the 800alled
offloioncy-agent of automation*to connected, which,
shows us how much 'smaller the capital use is for the
automation to secure an inorsas~ of the OaP&OIty of an
aggregate or of machine$ than the expon3ituroo which

119-11-4/7
"Now to Determine the Economia Effectiveness of.kutomation".
are necessary in order to reaoh,suoh an Increase of~
the capacity of an aggregate or's machine without
using automatic devices.
There is no reason to regard the coefficient of the,
efficiency of automation of universal Im
,portanae. The
most important index of the economioleffioisnoy:of
automation in the USSR is the reduction of-the
production costo.Usually this Offeoiiyenoss is-
characterized by a comparison ok the peroentage.oV
the reduction of production costs in:& non-automized
enterprise. This is rightj if:the economic effectiveness
of the same kind of'prooesses e6d aAt*rprises,':L,9 con-
sidered. The pero*ntage of the 'reduction of-pr6duotion
costs with automation is different if.the production
costs are calculated with or without the ooots'of-tho
raw-material. The distribution,,,~of tfie expenditures,of
the individual departments to the individual products
is usually carried out proportio'nallyto the wage Pf
the basic productive Workers.: In oases of th*'auto *nati-
on of single processes or departn*nlts with a number
CARD 3/4 of industrial branches the same principle Iwas Maintained

119-11-4/7
"Now to Determine the Zoonomio EffootiYeneas of Automation".
whioh is used when oomparing an~automivsd with a non-
autonized produotion. Thisp howeyeri,is obviously uIa-
oorroot as the real expenditures of'department6 do not
ohange aooording to the same relation with automation
&a do the wages.
When determining the share of the general oosts'of
produotion per produotion unit in a non-automizod or
automixed enterprise it is important~to regard the
demands for the equalivation ofithe quantity of;produotion.
Without this the offootiveness of an~automiv*d enter-
prise is artifioially inoreaseCas in muoh a oaie the
general co to of produotion (ofithe non-automized
a
enterprise) refer to a smaller quantity of produotion
than in an automized enterprise.,

ZVORTKIN, A.I., proi.; KIRZMM, D.M..
Progressive engineers and technicians of the U.S.SX coal Industr7
Ugol' 32 no.11:48-53 1 157. (Hpu 10: 12)
(Goal miners) (Coal ~eeearch)

28(l) PHASE I BOOK EXPLOITATIOV SOV/173
Zvo kin Anatoliy-Alekseyevich,, Doctor of Economic Sciences,
o f e ~ss o T
Avtomatizatsiya proizvodstva i yeye ekonomioheskaya effektivnost'
(AutbmtJmtJonof Production and Its Economic Efficiency) m6scow,
Izd-vo "Znaniye,," 1958. 62 p# (Series:, Vsesoyuznoye
obahchestvo po rasprostraneniyu politicheskikh i naudhnykh
znaniy. Seriya 3, 1958, nos. 9/1o) 66,oooloopies print4d.
Scientific Ed,: B.S. Sotskov, Doctor of Technical Sciences;,
Ed.: T#F. Falaleyevaj Tech Ed*: A*Volrofii~ov,
PURPOSE: This pamphlet was prebared by the All-Union Society
for,the Dissemination of Political and Scientific Information
and is intended for the general reader,interested in auto-
mation.
Card 1/3

Automatization of Production (Cont.) SOV/1737
COVERAGE: The author of this pamphlet briefly.describes: the
various points of view of foreign speciiLlists on automation.
He presents his own views and conaeptsand xieviews the .
automatization of production processes In the USSR and abroad.
Emphasis is placed on the economic aspects of the auto
~ -
matization of production processes. No personalities are
mentioned. There are no referencess
TABLE OF CONTENTS:
Reason for Automatizing Production 6
Development of Automatization of Production Pro-
.14
ceases in the USSR and Capitalist Countries
Economiq Efficiency of Automatization of:Pro-
duotion Processes :30
Equalization of production volume wheni.comparing
automatized and nonautomatized production 34
Change in the productivity of labor under Con-
'
ditions of automatized production 40
Card 2/3
Automatization Of Pr6duction~(Go'nt.)
SOV/1757
Change in the extent of capital expenditures under
Conditions of automatized production
Change in the cost of product under c6riditions of
automatized production
Comparison of automatized and nonautomatized pro-
duotion based on the length of time nooessary for
the recovery of capital outlays 51
Economic efficiency of automatizatjon~in relation
to its level and applicability to individual branches
of Production 56
AVAILABLE: Library of Congress

7 9 59
Card 3/3
I

HIMCHICHKO, V.S.; BOCHAROY, M.D.; KRISTOSMITAN, N.Gi;~ CIMMAwv, V.I.;
ANMYANOV, Y.Y.; KAUFM, V.M.; PAKHMANOV. V.I%; ZTCRYUN* I.A011
otv.red.; ANICHKOV, U.N.p red.; BARDIN, IsPol i red, 'Aidd&Avoln
A.A., red.; VV3IIENSKIY, B.A., red.; GRIGORI M, A.A;, red.;
KAFUSTINSKIT, A.F., red.; KOLMOGOROT, A.N., red.; 111UATLOT, A.A,.t'
red.; OFARIN, A. I. , rod*; IPBMT9 Fogs ; red,; sToLnov-9. VON. , red,;:
STFLAKHOV, N.M., red.; FIGUROVS91T, N.A., rsd.:~ KOSTI, S.D., tekhn.red,
Diographical dictionary of leaders in the na ural sciences and,
technology] Biografichookii alovarl deiatelei:estestvozndniia
i tekhniki. Vol.l.' A - L. Otvatstvennyl red. A.A0Zvorykin;' R~d.~
kollegiih! ff;X.Anichkov i.dr..Koskva..Goa.nauahn.ird-vo "Bollshala~
Sovetakaia Zateiklopediia.0 1958. 546 p. (MIRA 12:4)'
p
I.-Rodaktsiya istorii eateRtvoznaniya I tekhnikl Bol'ohoy sevetskoy
Rntaiklopedii (forNemehankoi Bocharov,, Kristosturlyan, Cherka.sovi~
Andreyanov, Kaufman, Pakhmanov)*'

Y 0 /2- A A
25-2-1/43:
AUTHORt Zvorykin, AeA., Doctor of Economical Sciences, Professor, ands
Shukharding S.V.9 Candidate of Technical,Sciences
TITLE: Force-of Scientific Forbisight, (Sila'nauchnogo~predvideniya).
Karl Marx in Technial Progress (YArl Marks 0 progresse
tekhniki)
PERIODICALs Hauka. i Zhizn', 1958, 2t p 1-6 (USSR)
ABSTRACT: A brief review of advances made in the scientific and'tech-
nical fields during the last few decades. There is one sketch
and one diagram.
AVAILABLE: Library of Congress
Card 1/1

ZVORYKIN, A.A.. prof.: KIRZHIIER, D.M.;.prof.
Methods of determining the economic efficiencV of automatization
in the coal industr7. Nanch.aokl.vys.uhIroly; gor.dolo. no.4t.
259-266 ' 58- CRIM 12:1)
1. PrFidetavleno kafedroy ekonomiki, organiHatsit, iplanirovanj~a
gorv~rkh predpriyatly llbakovokogo gornogo instituta,imeni
Stalina.
(Coal minds and mininq--Costs)
(Autotatic control)

ZVORYKIM, Anatoliy Alekseyevicti; ZM, L, red,; ULAWOVA, Lot
teldmred4l,
[Creating material and technological basis of, communism
in the U.S.S.R.] ~ozdanie ~ateriallno-tekhnie'heskoi tasy
kommunizma v SSSR. Koskya, Izd-vo sots.-ekon.llt-171
1959. 102 P. (KIRA 12-.8)
(Technology)

ZVORTKIN. A.A.. otv.red.1 UNCHMO, Y.S,, zaveduyushchiy red.;
_-DWIMMY, K.Dep starshiy nauchnyy red.; KRIST OSMITAH,
N.G., starohiy nauohnyv red.; CUMBOT, T.I.i starshly
na-dohnyy red.; ANDRITAVOY, T.Y., red.: GARKOYMO, R.Y..
nanchnyy red.; KAUFW, Y.M. , uladshly red,-,. PAKWUNOT,
V.IP.# sladshly r1d.1 XOSTI, S.D., tekhn.red.:
[Biograpbloal d1ationarylof figures.in the natural ocienceo
and technology] 0iografichaskWulovarl deiatolml 00tootTo-
zaaniia i tekhniki, . 0tvatstyennyi red. A.A.Z~,orykln. Red.
kollegiia: R.N.Aniohkoy ildr. Xoekra, Goe.niuchn.Isd-va
qql'shaia sovetskais, entsiklopodiia.0 Tol.Z. K -:IA.,
1959. 467 p0 (MIRA 12:7)
1* Redaktaiya istorii eoteatvoznaniya i takhniki Bol'shoy
Sovetakoy Intaiklopedii (for all except Zvorykin, Kbeti).
(Scientists) (Technology--Biagraphy)

ZVORYKINm-AMi!Qliy-Al%kAinv-i-c-h,L doktor ekonom.rwuk: DTJBROVMIY, Tu.R.,
red.; ATROSHOMKO, L,Ys., tekhn.red.
[11con6mic efficiency of production automation] Hkonomicheeksia
effektivnost' avtomatizateli prolavodetva, HOBkva, Izd-vo
*Znanie,* 1960. 45 p. (Veasoiuznoo obahchostvo po resprostrgneniiu
politicheskikh i nauchnykh znanii. Ser.3, Bkonomika, no.34).
(MIRA 13:12)
(Automation) (Labor productivity)
(Costs, Industrial)

ZVOIUKIN XIRZMIEII, Dilyid Wironovich;
L Anatoliy Alekseyevich 9 prof.,
iU-N-D-hr,--ffjkbdI-ftri:aov 14,p inzh.b RACHXOVSKITI SaTa4l prof.$ 6ty.
red.; ASTAKHOV9 A.S,,,, kand,.-fekonom. nauk, otv* red.'; GOLUBYABIOVAg
G.S., red. !zd-va; FROZOROVSKATAp V.L.v tekhn1w red.,
(Economics of the mining industry] nonmika g'ornoi provVshlennbs+,i.
Izd*3.9 pe~rerap dop. Moskva, Gas. naucbno-teltlm. I!zd-vo lit-ry
gornomu delu, 1961. 439 PO OIIU lJogr
(Mineral industries)

I I
7 ,
i I
ZVORYKINq A. A* - II I I ; . .

ZVORTKIN, A.A.; MILONOV, Tu.K., otv. red.
(History of technology] Istorlia tekhniki. Ploskvap Izd-vo
sots.-ekon.lit-ry, 1962. 772 p. (MIRA 16:9)
(Technology)

CBMIYSHEV, Vladimir Ivanavich; ZVORYM A.A--+~~Gd-; KIESHCIMOV,.
M.A.) red. izd-va)- POLTAUTA., T.V. tekhn. red.; GOLUB', S.F.,
tekhn. red.
(From the history of technical development inAhe firnt yearv
of the Soviet regime, 1917-1927) Iz istorii rizvitiia tekhniki
v pervye gody sovetskoi vlasti) 1917-1927. Moskva,,Izd-vo,
Akad.nauk SSSR, 1962. 316 p. WIRA 15:7)
(Industrialization) (Economic development)

ZVORYKIN A.A doktor ekon.naukpprof.; OSIMOVA) N.1 nauchrWy
p 4~ ~11 a
sotr.; C12WIYSHEV.. V.I., kand*tekhn.nauk; SHU
kand.tekhn.nauk; MILONOV,, Yu.K., kand.ekon.ncu'kjotv.red.,-
BAKOVETSM 0.., red.; STREFETOVA, M., mladshiy red.;
MOSKVINAp R., tekhn. red,
(History of technology]Iotoriia tokhniki. (By] A.A.:Zvorykin i
dr. Moskva., Sotsekgiz., 1962# 772 p. (MIRA 15.8)
1. Akademiya nauk SSSR. Institut istorii yestentvoznaniya i
tekhniki.
(Technology)

sHUMMIN. S.Y.; ZVORYKIN A.A. redakt#r; MCKERM, B.C., rodaktor;
redaktor.
(Georg Agricola) Georgit Agrikolm. Nsskya, Izd-ve Akadesti nauk
SSSR, 1955. 205 p. (KLBA 9:5)
(Agricola. Georg, 1494-1555)

BR%IBERG, Viktor A2eksandrovicb; GP14MTAIOVI Nikolay lv~anovich;
ZVORY.KBI A ch NORYAVTSEV, Yitali:r,~
_E2TjIIT,_lekseZ Dmitrjyoyi ;~-
Vasil'yovich; TEMOVSKIYp Yevgeniy IvanovieN EPSHTM,
Lev Abramovich; SHIROKOVA, M.M.,, tekbn. red,
[Mechanization of the manufacture of electrica insulating
materials of winding inmilation,, and drying as well as
saturating operations] liekhanizatsiia proizvodstva 6.1ektro-
izoliatsionnyll-ch materialov., izoliatsionno-ottaotochiVkh i
sushillno-propitochnykh rabot. By V.A.Bromberg i dr. - Moskva..
Gos. energAzd-vo, 1961. 99 p. (MIM 25:2)
(Electric insulators and insulation)

A k F- a-L.-I i. y U4 -A - 1.1"A& 'c W,
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06 a (buil-d finwrd (41) to asmuln the pecietrallon at hundility Itilo llif-ir ob~10~ The
tests mv tatmiated and sbow that p1mifts utd. with vartilib are fairly well lwotectedI
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37
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100

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ALI
.
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front I he fool
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Weft analyu4j, . Water.". fraction Ptnvalasir tv"Ifill.
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Infol. residue 9
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detme of owmAm Z (%) of S into S(h Oq irmsOndiun
go it 111~ dctd. indirfdly froal the linit. b of S(h 61.) in lbii gun .00
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ZVORTKIITI A* TAO
"Concerning the Reactions of Oxides and Salts in Solid State.11 Sub.29 Sep 47,
Hoscow Inst of Fine Chemical Technology imeni H. V. Lomonoaov~
Dissertations presented for degrees in science and ongin6oring in Hoocow.in
1947
SO: Sum No. 457, 18 Apr 55

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'12537. Z11CRYKA;', A. Ya 1. 'rB-'
./- T ,joley I 0,1dulov. zhurrml
1OV,), 11o 10, s. R-63-67
SO: Letopist ZIiurnnl'r~;-,',:h Statey, Vol. 44P Moskva, lg/,g

CA
Wait
hot, r""
SAW 19
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,,d PCOPtrties
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00
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00
mister a constantly filacmilng laxist. Ctttv%-% tit mleoxili -00
le"Alacraturv indic-Ate that strength fit %intrititall n A clur.%victi,ttv
00 r 14 Olve solm Iltal"lal anti FtISM-116 jtW v1sulig" fiavultioll Ilivilic th"
V': varia"I's Irtollacrututv 1111rivals, p1lorthursilal Ir-olis vil'I"'It 400
001 the following nurchanklarts of sintering: Sintrrint is alwvv all a zoo
00 03 diffusion of parileles tit the sallixt material; the inobilar tit juir
400
tictes unit difff increatte. with tislull Irmlia-piture,', The iii,
divitluAl laurtklatts. nialle contart in boost' III.WVS Ollly,~l 1111.11 U
j~
fint diffinlifist takes plave stradually at thr,t- Iii-luji. 41-If ota.art:
tit i1tterininhic tlW M"ralth off taki-v plairt,
coo
chicity tit them liolov.4 of diffustort Imeatsw herv list!' pitrlkle~
00 goo
are bound to one another less attrongly than in the orilljlml cry-
oo r
talline material. As a result of the mailing i4 tik- -.4hape. Ov
qoo
00 9 Krubliliff of the Material chancelt and. ill adifilk"I tit lite awiscilid
No 0
Vroin% larger unit iinialler strains are tilfn ishwitutil
100
too
!100
Taaj~LQI~11 LIT 14"It 9 CLA"KAT"
too
Ivor 11
4110 a
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Miss---

Ok
Vc Zvorykiv
lk, Me Ctjir,,Cd H abneg to tmalts, kst-
UDj a d Ba wt" tut
twem lho As was pmtd for c1duddom (0,A.
dke dwove vA immch. stmgth on u1norbig dapdids
on the wife; of Crystal taltirro. FIwvIjwINymmutuIh4I%
Immula bi Olk)"alooky was, ISMI. . V247., (tow,04"
Lrh +,I~L. 10-34-5/ft, + h)j wItt" + r, . gum
f$0. 01 bum, aill Aml vattorkh of
... ..........

zvoRyKim, A.Ta., kandidat khimichaskikh nauk.
New concentrated non-chlorinatedlertUizer, Vost.AN.,SSSR 24
no.3:64-66 14r 154. (MLRA 7:3)
Ofertlllxero~aud maimrse)

Z V OR YlUIX
ULI". A.H.; SAMSONOT, G.T.; USYN, O.Ya.-, SUPAJIOid~~.X.S.' Inthaner,
reteenzent; TANARAYBY, I.T., retsensent; POGOVIS, S.L. professoro
stsetizentt 400'~
&oktor, xaslushonVy dayatell nau)d i tekhnIki,':,r
re.re., professor, doktor, retmenseat; ABRIKOSOT, Ltiij~-doktor
khimichookikh nauk, retsensenti SHAMRAYi ?.I. Aoktor khinicheskikb
nauk, retsenzent; XOROZOV, I.S., iranAdat ichl~heskikh nauk,
reteensent; BOOK, Te.A., kandIdat khimicheskikh us:uk,:retsbnx9at;
HIKOLAYNT, N.S., kandidat khimicheakikh nauk, rsteensent; STORYM
A.Ta- kandidat khisichaskikh nuk, retsentent; MASHILOTA, IT M, W;'LlI
'V101dat khWehookikh nauk, retseaxent; VYSOTSXAYA, red&ktor;
XAKAMA, O.M., re(laktor; ATTOPOVICH, K.K., takhnichaskly redaktor
[Metallurgy of rare metals) Het&Uurgiia rodkikh metallov. Moskva*
Goo. nauchno-takhn. izd-vo lit-ry po'chernoi i tevetniol metallurgii
1954. 414 p. (MLU 7:9)'
I* Chlen-korrespondent AkademiI tauk SSSR (for lwmr~qvy).
Rare-Ketallurgy)

,-'ThA Sol
23 M
tile rE mr1h :tm- ~11~,vjvj

4-1

PMLIKAN, laina Hoiseveyna; MAITIN NIXOIAYMY, H.S.,
doktor Welchaskikh na n" redektor; OOLUBKOVA, T.A.0
redaktor; YUSPINA, N.L.. takhnichookiy redaktor
[How chemintz7 originated and with what it in concerned] Kak
vosalkla khimiia t chem ona, sanimsetsia. Hoskva,, Gookulltpro-
svetizdat, 1956. 14 p. and 5 1- (MLRA 10:2)
(Chemistry--History)

Al
owl
JAI
4
xa
. ...........

78-3-6-100
AUTHORS: Perellman, F. M. .Zvorykin, A. Ya.-~-.Yakubovskaya, T. N.
TITLE: Some Difficully Soluble Salts of the.'Heteropol acid of
y
Germanium and Silicon (liekotoryye malorastirprinne soll
geteropolikislot germaniya i kremniya),
PERIODICAL: Zhurnal Neorganicheskoy Khimii,1958, V61. ~,Nr.6,
PP. 1374 - 1380.(USSR)
ABSTRACT: In the present paper the dif f icultlT soluble. ammonia, rubidium
and cesium salts of'the germanium-and~,si3.io,on-molybdenum-'
heteropolyacid were investigated. The~,Isyntheuis of germanium-
, molybdenum and silicon-mol.Tbdenum-heteroliolyacid as ammonia,
rubidium, and cesium salts was described. The following compounds
were produced:
.
1t75(NH Sio 12MoO .5H 0 lt7Rb 6.SI.O~.12jMO
"811M0
4)20' 2'. 3 , 2 2: 2 3; 2
lt85(Nff )20.Ge 12MoO -4 65H 0 2Rb Oi~'000 0121AOO 9H 0
4 02' 3 0 2 2 2., 3' 2
1v 54Cs20.Si02'11,5MoO3 .6 t 6E120
Card 1/4 1982Cs O.GeO 11 '5MOO 6H
2 2' 30 2

78-3-6-14/30
Some Difficultly Soluble Salts of the Heteropolyaoid:of'Geirmartium and
diliaon
The x-ray analyses show that all these salts are isomorphous.
The solubility of the ammonia,rubidiuia and'oesium sal,ts of
the silicon-molybdenum, and.germanium,-molybdenum-hetelropolyacids
at 2500 is investigated. The solubility of.ammonia salt of
Si-Mo-heteropolyacid is,7P55c/4 of rubidium Galt of Si-Mo-fietero-
polyacid is ot475%p of cesium salt oftSi-Ilo-heteropol .yacid
0,123%,O--f ammo-nia-Ge-Mo-acid 7,78%, of Rb-Ge-Mo-acid 0,90% and
Co-Ge-Mo-acid 0,075%. The solubility o:f all six salts was also
determined in.aqueous sulfuric acid solutions of amm onia and
rubidium salts 'at a concentration of 195 -~,40% sulfuric acid and
of cesium salt at a concentration of 1,5-250146 sulfuric~acid.
Also the solubility of cesium salts of the above mentioned
.heteropolyacids in nitric,solutions at concentrations of 2% and
5,3% MTO as well as the solubility of oxalic acid at con-
3
centrations of 2-9% EM was determinedo Sulfuric acid consi
derably reduces the solability of the ammonia, rubidium and
Card 2/4 cesium salts of the silicon-molybdenum-, and germanium-molybdenum-

.18-3-6-14/30
Some Difficultl~rSoluble Salta of the Reteropolyacid.of Germanium and
Silicon
-heteropblyacids. On this occasion the solubility of the!
ammonia saltsof the above mentionedleter *opolyacids Is ien
times greater than the solubility of1he correspondiri Ig ribidium,
salts. The cesium salt of the'Ge-Mo-hateropolyac id ha's a!
solubility ten times smaller than that of the corresponding
Rb-Ge-Mo-acid. Cesium salt of the Si-Mo-acid has a solubility
hundred times smaller than the corresponding Rb-Mo-acid.~It
was found that the salts of the Gr-Ma-heteropolyacida are more
easely soluble than the'elorrespondine salt's of the Si-Mo-acids
almost in all cases especiallT in concen-bra,ted acids. Cesium
salt of the Si-Mo-acid shows the smallest solubility.. Its
.The
solubility in aqueous sulfuric solution is 0,004-0,005%-'
solubility of cesium salt of the'Ge-Ito-acid in the same sulfuric
solution is 0,04%. There are 5 figures, 8 tables, and 19 refer-
Card 3/4 encest 8 of which are Soviet.

76-32-3-24/~3
'AUTHORS: Zvorykin, A. Ya.p Perell~man, F. M. ,zhakhova, S.. K.
TITLE: On the Catalytic Activity of.Rare Eleaents.'in the Reaction
of the Decomposition of Hydrogen Peroxidel(O Izataliti6heskoy
aktivnosti redkikh.elementov v reaktsii razlozheniya ~erokisi
vodoroda. I.)
PERIODICAL: Zhurnal Fizicheskoy Khimii, 1958, Vol 32,:Ifr 3,
pp 654 - 658 (USSR)
ABSTRACT: Mixed catalysts of salts of rareelenents are investiL-ated
in the present paperl the attention being Vocused on tho:in-
fluence of the ratio of catalyst components', ba van us, that of -the
temperature 4nithe plI,,upon the cataly~iLic activity. I )i! orcl or
to bring about a simultaneous mixture,of bQth cataly.,;L Co..-.
ponents with the hydrol;en peroxide solution, a glass container
wab constructed in which two little dishes:vrith the catalysts
on a glass holder are located,from whore fall into the
liquid up~,:r. me:~.,haai(4a aetst.10n of the eyotem, Ttiefvel**ocity
of decomposition of hydroLen peroxide';waa measured at 25 C
Card 1/3 dnd a pH of B.O. The experiments performedwith niobium oxalate

76-32-3:~-24/43
On the Catalytic Activity of Rare Elements in the Reaction of the,Decoh-
position of Hydrogen Peroxide
showed a negative catalytic action ot niobiurq upon other
catalysts, especially cobalt chloridq~'. Sodium molybddte in
combination with copper,chloride(Ha lioO -CuGl ) show6d an
2 4 2
increase of the catalytic actionowh.ich exceeded that~,of the
individual components s.everal times.Investigations vtith.zir-
conium sulfate showed that in ftsystem zir 'conium-sulfate/manf;a-
nese-dioxide,the curve of the catalyt 1ic aqtivity coni.ains a
y ac-
maximum from which a complicated chaziffe of the catalytic
tivity may be d8e:Z,::&!. A table of ~ t,he chaneos of velocity
and of the values of the reaotior constantof the last.-men.-
tioned system is gi-en frem which ft ma?- ba s!itan
that the activity.of zirconium sulfate at the beginning of
the examination is hiuerhorpthat it,thein,drops.to a lower value
and remains constant. There are 4 figures,~itable, and 9
Card 213 referencest 6 of which are Soviet.

76-32-3~1-,24/43
On the Catalytic Activity of Rare Elements in the Reaction of the, DecomPo-
sition of Hydrogen Peroxide
ASSOCIATION; Akademiya nauk SSSR Institut obehohey i noorganichealcoy.
khimii'im., N. S. Kurnakova (AS USSRiTnatitute of General
and Inorganic Chemistry imeni ff. S. Kurnakov)
SUBMITTED: November 30~ 1956
Card 3/3

SOV/76-33-2-.14/45
AUTHORS: Perellm-an, F. L.., Zvorly%in, Ta, Shalchava, S. K.
TITLE: The Citalytic Activity of the Rare M:emonta in the Decompooi-
tion of HydroCen Peroxide 11 (0 1-ntaliticheskoy aktivnostri
redkikh ele-.entov v reaktsii razlozheniya perekisi vo dorada

PERIODICAL: Zhurnal fizicheskoy khimii, 11059, Vol~33, Nr 2,
PP 452 456 (USSR)
ABSTRACT: The method of the work reported here -nas the same as was
used in the previous paner, i.e., a simultaneous addition

,inning of~the reaction. Inves~ti-
of both catalysts at the beg
Eated were sodium gallate (I), thoriu.in
nitrate (Ii),, titanium
sulfate (III), and germanium chloride.! IV)p- alone and~toaether
,
with the chlorides of cobalt, copper,',and iron also of M110
at 250C and pH = B.C. It was observedi"'O-hat'a combination oi
(I) with CuCl 2 increased the catalytia activity and,ihat
this was greater than the additive valties ofthe single.cbm-
ponents. All the catalysts of this system Are unstable and
Card 1/3 lose their activity quickly (Pig 1). The sllstem Cucl
2

The Catalytic Activity of the Rare Elements in the SOV/76-33:2-3;4/45
Decomposition of Hydrogen Peroxide 11
q
and (II) - MnO (Figs 2,3) show also' in increased catalytic
2
effect upon the decomposition of H 0 With the first;:sysjtem
2 2~
the activity is doubled and with the 4~econd system the activity
is 4.6 times the additive value of the components using a
content of 30dP (TI). The system (II) - MnO 2 is more stable
in its catalytic activity than the ab9ve mentioned combina-
tions of (I). An increase of 5 to 2-5 'times in activity
above the additive values of the components was observed,
for the (III)-cuci 2 and (III) - Con 2.systO!--is, and the maximum
activity was found to occur with a c 'ontent of 5Cr;o' (II
1)
(FiQ-13 4,5). The (III)-Col"l2 systems are hirlh in activitY
but very unstable, while (Iii)-CuCl 2 are atabler comb ina ti ons.
In the (IV)-CUC12 system a OrMaller increase in activity .
was observed (Fie 6). The experimental reaults show that-the
maximum activity occurs with the comp6sitiolne of a 1:1 molar
ratio, of the cozponents.~ Therc are 6 figures and 3 refer-
Card 2/3 ences, 2 of which are Soviet.

The Catalytic Activity of the Rare Ele, SOV176~ -2i
,ients in the -33 -34/45
Decomposition of Hydrogen Peroxide 11
ASSOCIATION: Akademiya nauk SSSRInstitut obshchey i neorganicheskoy
khimii im. If. S. Kurnakova (Academy of Sciences, USSR,
Institute for General and Inoreanic Chemi"Itry imeni It. S.
Kurnakov)
SUBMITTED: July 30, 1957
Card 3/3

.9-10 0
LUTHORS:
TITLE-
PERIODICAL:
ABSTRACT:
Card 1/2
69030;
Perellman, F. -M. , Zvo Ya* S/078/60/005/04/034/040
1 06
Demina, G.
B 4./B 0 1. 6
Investigation of the Solubility in the System
Y(NO - 0 11 0 at 25 and 500
3 3 HNN 3 2
Zhurnal neorganicheskoy khimiip'1960, Vol:,5, Ni 4o pp 960 963
(USSR)
The author's refer to the method of the fractional separation of
lanthanides used in practice and,,quote a paper by G. G. Uiazov
and Z. N. Shevtoova. (Ref 4),:The purpose 0,f thd present p4per~
is to clarify the conditions~for the occurrence of'the yttrium-
ammonium-nitrate double oalt6 The resulta'obtained according to
the solubility method are presented in tabl 08 1.9 2 and in~
Schreinemakers' diagrams in figures 1,2.:Lt 500~the solubility
curve shows three branches corresponding:t~o the',orystallization
of the three salts Y(NO -4H 01 Y(NO 42NN NO p: and NK N03.:
3)3 2 3)3-1 4 3 4
The double salt crystallizes at this temperihture in the an-
hydrous state in the range of the coneentr~Ltions of HE NO; from
4 3
18 to 40,.and.of Y(NO ) from 66 - 48%- Ito solubility in water
3 3 0 i
amounts to 88% at 500. At 25 the double salt could not be

6~03M
Investigation of the Solubility in the System S107SV60100510410341040
Y(NO NH No - H 0 at 25 and 500 BO041~016
3 3 4 3 2
obtainedg.although the diagram shows the';6orresponding branch.
The authors assume that the crystallization of'~the doublio'salt
at this temperature is rendered difficult,,oving to the high
viscosity of the solution. Y(NO 3),3 crystalilizes ipnthe precsenoe
of NH NO both at 250 and at'500 with four, molecules of crystal
4 3
water. There are 2 figureep 2 tables, and 6 refdrencosg, 2,of
which are Soviet.
ASSOCIATIOX: Institut obahchey i neorganioheakoy khimii~im. 1T*:S. Kurnakove
Akademii nauk SSSR (Institute' of General,anld Inorganic Chemistry
imeni N. So Kurnakov of s loaaepy or 8-0Tff-ffM;-1MS1t)
SUBMITTED: January 239 1959
Card 2/2

86489
1136, 1275 S/078/60,/005/008/0.22/031/xx
S_.2,610 B023,/k66
AUTHORS: Perellman, F. M. Dabiy6vBkaya, I.. Z.
Pedotova, T. N.
TITLE: Calcium and Iron Germaaat6s,
PERIODICAM Zhurnal neorganicheskoy khimii, 196oi vol,;, Noq~ef'
pp. 1717-1724
TEXTt The authorstinvestigated systems of'sodi~m:~erman'ate and calcid;m
nitrate or iron nitrate in aqueous solutions with diffe:~ent ratios.of the
components. The formation of calcium metagermanat ,e.. UaO~:GeOVnH20, and'
three iron germanates, Fe 20 3- GeO 2' nH 0, Fe 0 2GeO~.nH 0, and
21 .2 3' 2 2.
Fe203' 3GeO2 nH20, was detected by Sch reinemakerul method. Thermograms and
X-ray diffraction patterns of the compounds mentioned above disclosed
characteristic peculiarities and confirmed the chemical5homogeneity of:the
resulting compounds. It was further found that the Tgerm6nate Fe 0 XL4 hH 0
2 3 2 2
may be obtained with 15 and 2.5 molecules of hydration water, and that:the
Card 1/3

rmanates 60/065/008/022/031/XX
Calcium and Iron Ge o66
S/07
B023~B
germanate Fe O,#2GeO nH 0 still contains two H 0 molecules after drying
2 2 d 2 2
at 120 OC. All iron germanates were subjected to X-iay phase analynis at
the laboratory of Vi. G. Kuznetsov. Table I shows tile compoeition of the
liquid phases and of the "residues" in the systemll. a2Ged3 -Ca(ITO 3)21 H2 01
and Table 2 dto. in the,system Na2GeO 3- Fe(NO 3YH20.~ Fi,g.,l illustrates
the composition of the solid phases in the-system No. Geo - -H 0',
2 :3. Ca("03)2 2
and Fig. 2 dto. in the system Na GeO - Fe(NO -H 0. V. Zhuravlev is
2 31 3 3 2
mentioned. There are 7 figures, 2 tables, and 10 references: 4 Soviet,~4
German, and 2 US.
ASSOCIATION: -Institut obshchey i neorganicheskoy'k-himiV: im., N.S. Xurnakova
Akademii nauk SSSR (Institute of Gene'ral and Inorganic
Chemistry imeni N. S. Kurnakov of the~Acad~,emy of Sciences
USSR)
SUBMITTED: March 109 1959
Card 2/3

t

Ai866;:
S/076j62/OOT/003/0112/019'
B110./B138
L?
AUTHORS: Perellman, F. M.,, D6inina,' G. A.
Z
TITLEs The solubility isotherm (250C) of the system.
Pr(NO RbNO HNO H 0
3 3 3- 3- 2
PERIODICAL: Zhurnal neorganicheskoy khimii,.v- 71 ~no. 39 19621 641 644
TEXT: The formation of double nitrates of praseodymium 'and~rubidium in
the presence. of HNO was examined in a thermostat (25 -t ~0.10C). Liquid
phase samples iLnd riesidues were taken'after the establishment of equi-I
librium (after 2 3 days). Chemically pure Pr 601i, and Rb 2C0 3 were con-
verted 1 0 0 riibidium nitrate
nto Pr(ITO 3)3' 6u 20 (Pr6 lip 40 96%) 1and int
(Rb 0, 62.66~) by means of HNO Pr was preoipitated.by. means of,NH OR
2 Y ~'4
annealed, and weighed as Pr Rb was weighed an, perchlorate. Fivel
6011'
solid phases were formeds (1) Pr(NO 4 Pr
(3):
(2) 5RbNO N03)
3)3. 31 3F
7RbNO ' 5Pr(NO (4) 5RbNO -2Pr(NO )~; (5):'RbNO30 The compositions next
3 3)3 3 3 3
Card .1/j-

S/078/62/007/003/0 21019
The solubility isotherm... B I 1,0/B 13.8
to RbNO were examined at 30 36~y and those adjdining Pr(110 at
3 3)3
26 NO of HNO The incongruent double salt 2 Pr(110)
3' 3 3'5RbNO 3only
exists with Pr(NO concentration less than,10.09%. If the Pr(NO ~con-
3)3 3 3
-7RbNO orystallizes. Anhydrous
centration is increased, 5 Pr(NO
3 3 3
Pr(110 crystallizes first and next, in the presence of not more than.
3)3
3 - 4~- of RbNO the double salt 5RbNO -4 y'three
~Pr(No However, onl
39 3 3
salts could be synthesizedi (1) anhydrous Pr(NO under the conditions
3 3
of point 2 (Fig. 1); (2) the anhydrous, bright green, coarse-crysialline
double salt 4Pr(NO ) '5Rb(NO under the conditions of point 6; (3) the
3 3 3
anhydrous, light green, fine crystalline double salt 2Pr(NO ) -5RbNO
3 3 3
under the conditions of point 18. All three saltrj:decompose at 85 - 900C
with the liberation of dark-brown vapors of oxides' of nitrogen.
D. I. Mendeleyev and N. S. Kurnakov are mentioned.' There are 2 figure5l
1 table, and 4 referenoess 3 Soviet.~and 1 non-Soviet. 'The reference:to
the English-language publication reads as followas R.~C. Vickery,
ard 2 3

.,.-.Ya.; GAWA, L.B.
FERELIMAN, F.M.; ZVORYKIN,j.
Degree of polymerization of sodium metaphosphate at various Itempera-
turee. Izv. AN.SSSR. Neorg.,mat. 1 no.53725-729 MY 165. (MIRA 18:10)
1, Institut ob-.hchey i neorgoAcheskoy khimil Imeni. lurnakova. AN
SSSR.

ZVORYKIN, A.Ya.
Some inorganic polymers based on rubidium phosphates. Zhur.heorg,'-
khim. 8 no.21Z?4~277 F 163. (MIRA 16: 5)
1, Institut obshchey i neorganicheskoy khimii imeni N.S.Kurnakovs.
AN SSSR.
(Rubidium phosphates) (Polymerization)

ACCESISION NIR: AP3003485 8/007Ti/6 3/OVV007/17S7
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SCU?f7 ZhIl-ma-', neorg-mrOlcheska), 7 5q; 7
3, no.
ty, '-sothert, mlb 1, rubidim nitwlk'-4, rierv:!~,mf,:r rjlt~~ I.-el
27
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