SCIENTIFIC ABSTRACT PRIKAZCHIKOV, I.N. - PRIKHODCHENKO, N.G.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001343020004-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 14, 2001
• Sequence Number: 4
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PRIKAZCHIKOV. 1.N.
Rural water supply in the Virgin Territory. Vod. i san. tekh.
no.6:2-6 Je 161. (HMI. 14:6)
(Virgin Territory-Water supply, Rural)

PRIKAZCHIKOV, V.G. (Moskva)
Difference problem involving eigenvalues for an elliptic
operator. Zhur. vych. mat. i mat. riz. 5 no.4t648-657
Jl-Ag 165. (KIRA 18%8)

ZEFIRO'lp PI.S., KRUTETSYMA, G.P., PRIKAZCHIKOVA, L.P.; YLIRIM, Yu.K.
3,6-Endoxocyclohex&nes and -iriyo cyclohexenes. Farl, 24i DIpole
moments of dimethyl ester de.'-Ivatiy
- ~ ".of 3,6-endoxohexahydrophthalic
acid. Zhur. ob. khim. 35 no.9gl6-8-'T--1690 S 165.
(MIRk 18-,10)
1. Moskovskiy gosudarstvannyy institut.

PASHKOV, A.I.; KARATAYEV, N.K.p doktor ekon.nauk; POLYANSKIY, F.Ya.,
doktor istor.nauk; TSAOOLOV, N.A., aoktor ekonom.nauk; BEZMAN,
R.R., kand.ekonom.nauk;~~ ~Ye.~V., kand.ekonom.nauk;
SHMOV, N.S. Prinimaii uchastiye: KOSUL9VA, Ye.F., mladshiy
nauchnyy sotradnik; KOTORNA, V.F., mladshiy nauchnyy sotradnik;
CHIZHOVA, L.G., mledshiy nauchnyy sotrudnik; VMENSKAYA, V.S..
starshiy nauchno-takhnichaskiy sotrudniki ZHUK, I., red.; MOSKVINA. R.,
tekhn.red.
CHistory of Russian economic thought] Istoriia russkoi ekonomi-
chaskoi mysli. Pod red. A.I.Pashkova i N.A.TSagolova. Moskva. Izd-vo
sotsiallno-ekon.lit-ry. Vol.2. (Epoch of premonopolistic capitalism]
Epokha domonopolisticheskogo kapitali=a. Pt.2. 196o. 676 p.
(MIRA 13:11)
1. Akademiya nauk SSSR. Institut ekonomiki. 2. Chlen-korrespondent
AN SSSR (for Pashkov). 3. Institut akonomiki AD SSSR (for Kosheleva.
Khutorna. Chizhova).
01conomics)

SOV/35-59-8-6229
Translation from: Referativnyy zhurnal, Astronomiya i Geodeziya, 1959,
Nr 8, p 19
AUTHOR: Prikhod1ko, A.Ye.
TITLE: On the Question of the Change in Periods of Variable Stars
PERIODICAL: Astron. tsirkulyar, 1958, September 18, Nr 195, pp 1-51 - 16
ABSTRACT: A list of 19 eclipsing variable stars is published, whose
periods remained constant during a long time interval. During
the study the material of different authors was used, For 14
stars,*new elements were derived.
V.P.F.
Card 1/1

Ka-:*S!.'()!:o riorl a.
T-i
C) 0
Pittilri s.,ir, S-STi

FRIK~ Z. 11%
t4 cNskiy ocherk karsko; r,~or a (ClLrnatl
outline of' the y1fl-ca
red. ye 1. tikhon,--irova, r.03kva., lzfl,,o -llav.;e,.T;orputI., 19,16
Z,41 r,,. (Russia, :31avzioye upr-.vleniye scl;ernc,o morsko-i piti, v. 127)
710,11/5
623.U~2
.p9

L A ~-T
W-166 551-594.5
*Prik, 7inaida Mikhailovna, Klimatichesckii Ocherk Karskogo
moria. /-Climati-c--outline of the Kara Sea.7 Leningrad.
Meteorological Arktiche7skii Nauchno-Issledovatel'ski Institut, Trudy,
Abst. 187:1-144, 1946. 8 figs., 123 tables, 5B charts, 30 refs.,
~vol. 4 No. 10 append. DLC--On p.';9 will be found some statistical data
October 1953 on frequency of aurora borealis obtained in several places
Part II around the Kara Sea. The annual variations are dircussed.
Bibliography on Subject Headings: 1. Auroral frequencies 2. Kara Sea,
Auroras.

PRIKASI[CITIKOV I.- SAKWIOV..K.
Interconnecting rural water supply systems. Sel'. -3-rri. 13
no.10:19-20 0 158. 64IFth 11:10)
1. 11acballnik otdala sellskokhozyaystvennogo vodosnabtheniya i
obvodnf?niya "Giprovodkhoza" Ministerstva ss-llskngo Illosynystvil
SSSR (for Prikasbchikov). 2. Rukovoditel' gruppy po qostavleniyu
proyekta vodosnabzheniya v Omskoy oblasti (for Sakhzrov).
(Omsk Province-Wnter supply, Rural)

BOROLAWU~'i, I.P., kand. teklui. umuk,; PRIKAStiCHIKOV. R.G.,inzh.
Working tests of D-275 and D-290 bulldozers. Stroi. i dor. mashinostr.
3 no. 7:13-18 JI '58. (MIRA 11:8)
(Bulidozers-Tefting)

PHI k 07CH I KOV
,
PRIKAZCHIKOV. A.1. (Astrnkhan2), I-15TROVA, V.M. (Astrakhanu).
Reflez myocardial infarcts. Klin.med. )2 no.1:62-64Ja '54.
(JMLRA 7:4)
1. 1z kliniki propedevtiki vnutrennikh bolezney (zaveduyushchiv -
professor S.V.Shestakov) I kliniki obahchey khirurgii, (zaveduyushchiy
- dotaent A.I.Bogatev) Astrakhanskogo meditsinskogo institute. i Bassey-
novoy bolOnitsy im. Z.P.Solovlyeva.Nizhne-Volzhakogo vodzdravotdela.
(Heart--Infaration)

PRIKAZCHIKOV, A. I.
Observations on recurrent mvocardial infarcts. Terap.ark-h. 28 no.6:
39-43 156. (MLRA- 9:11)
1. Iz kliniki gospitallnoy terapii (nauchnyy rukovoditell - prof.
S.V.Shastakov) Astrakhanskogo maditainskogo instituta.
(MYOGARDIAL INFARM;
recur. (Rae))

II1 -1fI,r 711 1..-
! %Ii
PRIKAZCHIKOV, A.V., inzh.
" . 1. 1
Mechanized charging of a emall capacity cupola furnace. Rech.
tranop. 17 no.2:33 F '58. (YITU. 11:2)
(Cupola furnaces)

Pill"' 7C~11"OV,
PA 30/49T60
Oct 48
Turb:ines
Turbogenerators
"M6dificitfon of.a. Turbine Ovar6peed Trip Gear to Test
Its Terformance Without Increasing the Revolutions to
More Them the Normal Number," I. N. Gorelov, Engr, G.
F. Prika~zchikcv, Engr, P. T. Semenov, 1 p
"Elek Stants" Vol XIX,*No 10
Ov6rsP'68& tests of tuibogeneratore are dangerous oper-
ati&~6. Describes how-Shatura Povei Station modified
trip gear to enable its efficiency to be tested at
normal turbine speed. In6ludes sketch.
qn/1LCYP9n

Ci r
GALIMIN, I.I.,knnd.tekhn.rmuk; GOREIDV,I.N.,inzh-.; PAVVILOV, V.A..inzh.;
Speed and acceleration control of a turbine unit. glek.stn.29
no.3:13-19 Mr 158. (MIRA 11:5)
(Governors (Machinery)) (Turbines)

14~' 4 --~ -~' - // , 4'r I! '. / / L
PRIKAZCHIKOV, I.N.
------- -
Rural water supply. Vod. i san. tekh. no.11:35-38 N 157.
(MIRA 10: 12)
(Water supply, Rural)

BORODACHEV, I.P., kancl.takhn.nauk; PRIKASHCHIOV, R.G., inzh.
Performance testing of the D-213A scraper attached to the
T-140 tractor. Stroi. i dor-mashinostr- 3 no.11:7-10 N '58.
(MIRA 11:11)
(Scrap ere-Tea t ing)

PRIKAZCHIKOVp L.A. [Prykazchykov, L.A.]
Sediments in the Kiev series of the Guta Potiyevskaya region in
Zhitomir Province. Geol. zhur. 20 no. 5:60-67 160. (MIRA 14:1)
(Zhitomir Province--Sediments (Geology))

PRIKkZCHIKOV, L.A.
Tubular canals in morion crystals from Volhynian. pegmatites.
Zap. Toes. min. ob-va 68 n9.1:99-102 '59. (MIRA, 12:3)
(Volhynia--Morion)

L 13257-65 EWT(1)/BEC_4#EC(t)/EEC(b)~. (,) Pac-4/Pae_2/Pi-4/PJ-4/P1-4
',,AFETR/ASD(ii)/ASD.~ia)-5,/~~/AFrC(b)/RAF-M(a) E5D(c ESD qs) Wi
-AT 64624 S/
ACCESS I-OW: NR 7;
AUTHOR4 M. T. andidate of technical SO P..
sciences)'; Prikazchikov
v
61 _,jn' the--co6putation of- tft&_-d_(1W-depha$(nR -time' iif a discrete-
JITLE; -Pro ems
miseries of,sources with saw-tooth pfiase~change
~QORCE: Moscow. Aviatslohny'~y Inst1tut.'Trud' lye,'
y*, no. 159, 1064. Skaniruyushch
s.verkhvyysok-i kh- chastot (Super.hi h frequency scanning antenna _288~
~_antenni* S), 283
heor frequenr n ng- 6
TIOPICTAGSO A na. ~.y,scan I uperhigh frequency, p ase
a t11 t y h
hifteri'd h I
ep as ng time, beam-positioning
s
ABSTRACT: in asci6iiin antenna, -aich its- in effect-i a-di,s,rete series of
sources, there are two possible methods for connecting the phase~shifters to the
line supplying' the sources: the series method and the parallel method. The
reater simplicity of the series method Is indicated, but It is also pointed out
that the system with series-connected phase shifters can be used only with small
antennas, since the total losses in an antenna of this type are determined by
,.the sum of the losses in all the phase shifters. Moreover, In the case of an
antenna with a large number of sources, very severe requirements are levied an
each shifter with respect to the spread of the phase to be set. Thus, In the
Fjfw,9 the authors, It Is advisable for such an antenna to employ the system of
da r

ts-
~L 13257-65
ACCESSION HR:- AT4046241,1
Parallel-connected phase shifters. The necessary phase advance from shifter to
shifter increases linearly in the parallel arrangement and In an N source reaches
a value of Y ~y . if the phase advance Y exceeds 27T, then a
N = N - 11 X.
phase.whose value is multimple of 2 Ircannot be reproducel. In this event, the
phase change in each phase shifter may take place according to a saw-tooth law
with a maximum phase advance value of 271 , and with the frequency of the saw-
tooth phase changing increasingly from source to source. Now, the losses In the
antenna are determined, in the first approximation, by the losses of only one
ptiase s6ifter,.and in addition deviations of the phase from the required value,
for an assigned change of directivity, can be larger than in the series connection'
arrangment. However, difficulties arise, when using a saw-tooth phase change,
in the control and positioning of the beam and in target tracking. Moreover,
in finite-time retracing, the system will be defocused at those moments at which
the.phase exceeds 2. The time interval during which the dephasing of the sources
lowers the directivity factor of the a.ntenna'by more than 10% in comparison with
a -phased antenna Is referred to by the authors as "non-work! ng t Ime" or "dead
t imel. in the article,this time is computed as a function of diverse factors.
n expressio :.is derived for the total non-working time fo a system of sources
A n r
with allowance for phase deviations which may coincide in different sources.
Recomm-endations are given regarding those situations in which beam control by
m7ns f the discrete setting of phases in the radiating elements may be pre-
Car
273

PRIKAZCHIROV, V. L.
US5RAiha-ks-1&o,---HeonomiL- ~--7317.
Automotive -industry - - - 4403.
Legislation - - - 3122.04W
"146. On the Composition of the Collegiura of the Ministry of the
Automobile and Tractor Industries" i p
"Sobraniye Postanovlerdy Sovmin SSSR" No 7
Decree No 3285, 3.8 Sep 47,, confirming named members of collegiums
S. A. Akopav, (Chairman), A. M. Aravina, P. D. Borodin, V. F. Garbuzov,
Yu. S. Kogan, P. P. Parfenov, N. N. PerovskJY, V. L. Prikazahikov, G. S.
Khlamov,, B. V. Gruzdev, E. L. Livshita, and P. F. Yudin.
4 Oct 1247
LC IOG86

PRIKAZCHIKOV, V.N. (g.Ly-ubertay MOBkovskoy oblaBti)
Your neighbor's health. Zdorovle 2 no.6:18 Je 156. (KLRA 9:8)
(PUBLIC HEALTH)

ZEFIROV, N.S.; PRIKAZCHIKOVA, L.P.; BONDAREVA, M.A.; YURIYEV, Yu.K.
Hydroxymercuration of dimethyl ester of exo-1-m-ethoxY-3xr&-er&oxo-
,&"~-trans-tetrahydrophthalic acid. Zhur.ob.khim. 33 no.12:4026-
4027 *D 163. (MIRA 17:3)
1. ll-loskovskiy gosudarstvennyy universitet imeni Lomonosova.

ZEFIROV., N.S.; PRIKAZCHIKOVA~ L.P.; YURIYEV, TU,K,
Stereochemistry of the addition--of mercury salts to olefins
studied by the use of the mercury, salt of trinitromethane.
Dokl~ All SSSR 152 no-4:869-871.0. 163. (MIRA 16:11)
1. Moskovskiy gosudarstvennyy universitet im. M.V. Lomonosova.
Predstavleno akademikom A.N. Nesmeyanovym.

PRIKAZCITIKOVA, Y~.A.
33798. N.Radishyev - Zachinatyell Ryevolutyionno-Deyrol~atiabyeskogo Napravlyeniya
Russkoy Ekonomichyeskoy Mysli.
( K 200-lyetiyu So Dnya Rozhdeniya.) Voprosy r-konomiki, 1949, No 9, C. 34-53.
SO: Letopis' ZhurnalInykh Statey, Vol. 46, 1.',oskva, 1949.

CZECHOMOVAKIA
PRDUZSU, Viktor, gtj PRXAZSU, Viktor, MJDr. mi.
District Hygien* aid Epidmiology Station (Okrtxna bygienic"-
opideniologicka stanica), roprad (for both)
Prague, Praktig&lekar, So 21, 5 Novmber 1%5, pp, 832-833
"Activity of the physicians and phaimcists, 1867-1914.0

1, 1, 1, It. 1, t t 11. 10 At 41 41
A! L Q IF 09 P r R Y -!'-A J- -L-M, 40. (Z IV It "t I
W, 4,
Ouffulates of cAdmium suinde as rgmento It I.
Ahm -4 ,1
I'tikh..! L", d /h," 10. w "1'I
I mr, I III I I.v I rd t t It, 't tu~ I it f- it
0 Th.. I-Ior if -tiffot III pirpst,i A L"'Is Site 1-1101-111 lXKl11C1l- 1,21 I'll, C,I*, had a
I,v fill- tt-9I.-.tSt3g fit dvit-tima
"I the 4 111'. ah. c ... W11. "I I I it It. I.. m chi tt-i"ntti~ "itrumil 4A ILS tnv.,
m(l ill th'. prv~lwv -f -NK~4 light fillvri Iml. 11mandi'l.-ity i-t twwr :vI imi, and %howril the followim:
thr-hold. M -~,Zllkjiwl .111.1 of pptflAll miltilnol" 1.)
Ain y0h... &:r 14m p., 0N Ill,
tith k N( I,. C-N, I ml 111 Pit; k,So, 37, .5 jjj~l
00 tl~
. I,% pliffl. from C'I .Cl. I(!, ~Nj.o.md 2:4 ZI: Zw No,i, 2.0 iml 3.il; Zu.10,23
A alld by CmKulml
"I ith I, N4 K7.4 IV).
KYs?, 4V), 4 0IS hydr-1, tu p-c -AliNoo. 11.~W mid 131 I'll,, 1mwtA-il capicm-
111-. mi-I ow'Tisav I-It, 'III LK.,vI, tn.). Aw
54. IMA, I. I-v 1.,ptu.,tvats of the pla
If"s. Ihr Gardtirr. ,I t1w diffimit Im-pus %w: 1. o.32 awl SUN);
'135 11,111.1:01; M, 11.38.
p-f, Ill ill, 7 1 tsitl-m fill"T "I'd . ith Ilw t" mt,T~ V..if.
mid 41, 11-1 -g"I"Ic .01 Z,1'4).. 41. t, 'ald 1-~14~7
:It I = . . ... l.,intlAc ,fill AI(Nth!,. 11-17- mid 'Uhc~. fixur-,
06 J Ill. 34. 1 "~, 21, 5, :.1 6.1,, 1.,
I I Ill't T., Ith'. v fh~ I i of I It-- v,l 1, Iw v if t ft, ft,11.1 a in it 1,41A.
041 V, :."I, A..", M ~N, N. 'Mixt 0
A 's. Fit, , "I.4~ if fit,- .11fl. trut I. I'd It,mil
00 00
I"malix, nd. 11'. ,ft Ill,
wtst&, ;., ir,ol(er A-rpli-i of Itght. And .,ms If, dill, r -00
.
kiwildinx 111.1ildy on th~ vArls" if thr , (UX111ming aniull.
11 th.1i tiff volm .4 .1 016, ptrpt, I% Wj,jj I,y 0
41YALLIJACKAL OffMAILRE CLASSIFICATION
11-A
IF 7K,_
f, Plitt -109 Kit N[U 190tt ItOt R43 A 114 dAq
0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0
00 g 0 0 0 0 0 0 0 a a 0 0 9 0 0091000 0 * * & 0 * 0 0 * 0 0 0

0 0 0 0 0 0 0 410,0 0 0 0
CILAAA
At- -- -&--L
so
00
W
e4 Wwo 10
is
is* a -V! A" N. At- ftiblowl.). Awidw, CAWP, IA.
oo 9 11H WTIC
Allow Zbvkov aw X"IMING (iw. 8, 221 (Iwo)).
=.f do ar 2 w0, tm USEAr"m W, Op 0( c1, in
049.. O-OINKCI-0.471arOJO. %%mrw&saqqr3mm,x
j in 041 N CACI, vu O.W at om. The sinjil fri.Alive
ucak-tWn of Ca" by neg. memimAnts is jur t,, the
arm, ladbus of Ca +
rill
A I L-L.1-J-P. I
4 84TALLUNGKAL L"ItRATUON CLASWICATION C-Z--
too" 0"0141nv
411111
Im 0 x 0 IN 9 A a 3 9 v
b u to tv so is Op " 1, bit IpAt 191 ;J, a
0 ego 0 0 0 0 0 0 0 0 0 9
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tool

- it ".. I
r 1-HI&EU, 111. Ye., and GRIC501-FTV, 0. "..
"Research on the Process of Electrodialysis," Koliaid Zhur., 11, lo. 4, 1949.
pp 221-9
Lab Colloid Chem, 1,--ninErad "State Univ.

lra%t 0 N equivs. '41 IsUll ill JA Willi.) 4W Id t(luivit
14011 or 13 equivs. MeN are added to NAA).Sith soln..
first an ensulsibla &M then two layers forru~ In 11.3~~
NaiSK)a soln.. the bottorn layer contained, e.g.. 490/p sollil
rt-Mue (17% NitiO and 32%, . W, slid the fill liquid hall
A:I% WON (44% MW, :I I I Pi. Mf P. I Villit. .1414
'11VU114UNIV41 ill 1110 Vl*k'tgl* IMMUM IAYVf. I'll toblillit 1.%V-
Critis tit N.L00 LAWN "nt.. at led%l W rquivs .1111.4pil
numt be added, and no layering occurs when the ratio r of
SK),,; SajO Is 2 car greater. It the bottont tam was treated -
again with 14H.0111. r In it incrra~tf further, e.g. finot I A
fit 1 11. The Layer forinalim 1. file to 101yfralimi .4 -1-
6,1441 .14(l, bY Nl14()ll, fir. I I M6.1mm

HUE F A U f I,,() Y111
USSR/ChemiBtry - Silicon Compounds, Cop- 1 Sep 52
per and Nickel-Compounds
"Diamiue Complexes of Copper and Nickel Silicates,"
N. Ye. Prikhidlko, 0. S. Molchanova, V. S. Mol-
chanov, Inst of Silicate- Chem, Acad Sci USSR
"Dok Ak Neuk SSSR" Vol 86, No 1, pp 83-86
Three new complex compd5 contg silicic acid and re-
lated to the diamines of heavy metals vere discovered.
They are 2 ethylene diwino and one propylene diamino
silicates of copper and nickel.. Presented by Acad
P. V. Grebenshcbikov 28 jun 52.
234T-15

PRMIDIKO, N. YE.
"Synthesis of Water Silicatee Containing Simple anA Complex Cations of
Heavy Metals." Cand Chem Sci, Irwt of Chemistry of SJ3.1catefl, Acad Sol USSR,
Leningrad, 1955. (KL, No 15, Apr 55)
BO: Sum. No. 7o4, ?- Nov 55 - Survey of Scientific and Technical Dissertations
Defended at USSR Higher Educational Institutiong (16)

AUTHORS: hfolchanov, V. S., Prikhidlko, 11. fe. 62- .1 -112 9
TITLE: The COrrO3ion of S-.*-'-, 41cate by Allkaiins- jol-'rents
(KorroziYa silikatnykh st-ekol !3hchQ7-o--h-,.ymi rustvor=-i),
Report 2: The Depenclence of the Structui-e of the Glas-Soo a.-.d
Their Power of Res-1-stancr-, to ,.lkaline Influence (Soobs`icheni~,e
2. Zavi5imost' inezhilu Losi-avom stekol i ikh ustoyo,"livo3t1yu
k deystviyu shchelochey
PERIODICAL: Izvestiya AN SSSR Adelmdye Xhimichaskikh Nai-Lk, 1958, Nr 1,
PP 3-7 (USSR)
j
ABSTBACT: Any silicate material -is to a caertain degree subuected to the
destructive lilnflo.,~,nce of alkaling solutions. Vaxious alements,
if combired with make pcssible the unchangeable
r.ria-intainance of tileir ~cirer of resistance. Only in the case of
EL considerable concentra-5-ic',i cf the ad-ded (~lemunt- "he power of
resistance is agaJln rpduced, Cry.,316all.1-Jrt.? qnarto has the great-
est power of re2iotaace. Among other wac, found that zf-rconium-
-containing quarto; glas3es have an extr,7-;:,,ely tii-eat powar of
resistance. Nothi'n- defirv; te, hovievox-, ra;-, b,, said abo-at be~-y-
llium. A si~,ries of elements corabined with silicates increase
the power of res-istance, however, not to ouch an o-xtent as
Card 1/3 does zirconium. It we~i of special interaot to whether

The Corrosion of Silicate Glasses by Alkaline Solventz 052-1-1/211
Report 2: The Dependence of the Struct--are of -~he Glas-f,-S a--'
Their Power of Resistance to Alkaline Influen~3e
a substitution of silicium is also possible by variout3
elements without a coniiderable reduction G'. tl-io -.oaer of
resistance against the alkaline influence. By iacapo of the
interferrometric method the thickness of t'-'o dissolved layer
of glass was detected and thus the power of r,;oistazice of the
silicate glasses of the type (37-x)50 a-ainst the influerce of
alkaline solvents, as well as the power of r;~.-si3tance of the
double- sodium- silicate glasses which contain fror.,., 13 to 33,3
molecules % if in4-
a 0 kalso tit-anium-2ontairing fl ) were de-
termined, Furtgermore it was shown that -excapt bez-yiliuri -
all metals introduced to the double 5odium silicate i;las-- 4-'1-
i~,tead of silicium reduce the power of re3istan_-a of the -Ja3ses
agz;inst alkaline influence. In the beCinning (ui- to 22 ;-.' 1ZO)
the reduction oil the power of resistance i.- only uni-,.,ortant,
but in the case of a quantitatively increased oub3t.-itution (bj
metal) a con3iderable decrease of this power of rcsi~.it4nee
can be observed. Tho radius of the ion of the rospective metal
which was introduced play3 ar i!n,-.ortant rolijhara: the gzeater
the raiiius, the smaller is the power of Ther are
Ca.rd 2/3 3 tabl~-s and 16 refersn-3es, 10 of which ar,~ Slavic.

The Corrosion of Silicate Glasses by Alkaline Solventr, 62-1-1/29
Report 2: The Dependence of the Structure of the G1 a33us and
Their Power of Resistance to Alkaline Influence
ASSOCIATION: Institute of Silicate C"neirastryAS USSR
(Institut kfiii,.iii aKademii na~iz
SUB14ITTED: October 30, 1956
AV.&IL-LBLE Library of Congress
1. Glass-Corrosion-Test results 2. Alkaline solvents-
Corrosive effects-Test results
Card 3/3

GUSEVA, I.V.;PRIKHIDIKOp N.Y.e..,-LILEYEV, I.S.
Synthesis of lithium silicates from aqueous solutions. Zhur.
neorg.khim. 6 n0-5:1028-1034 My 161.
(MIRA 14:4)
1. Institut khimii silikatov AN SSSR.
(Lithium silicate)

MOLCHANOV, V.S.; PRJEHIDIKO, N.Ye. -
Corrosion of silicate FlozB by alkallne aolutions. RePor~ NO.':
Effect of the concentration of alkalies on the degree of destruc-
tion of glass. Izv. All SSSR. Otd.khim.nauk no-1:3-8 Ja '59.
(MIRA 12:4)
1. Institut khimii silikatov All SSSR.
(Glass--Corronion) (Alkalies)

5(2)
AUTHOR Molch-nnov, V. 71., Frikhidlko, 'T. Yr,
TITLE: Corrosion of Soilicpte Glasses by .,V~nli linlutions
(Korroziyn. silik,%tnykh ste':,-,,)l shcheloclinymi r~Lstvorami'~
Com!7unication V. Effect of Alk--li Concentration on the
Degree of Class Destrltction (Soobshcheniye 5- Vliyaniye
kontsentratnii shcholochi na stepon' razrusheniya stekla)
PERIODICAL: Izvestiya Ak-.-demii nauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr 1, pp 3 - 8 (USSR)
ABSTRACT: In the present palper the authors investi-n-ted the corrosion
of various glasses within a -tide ran,~e of the concent-atinns
of alkali solutions in order to determine accurately the
influence exercised by the compocition, of glass on the
kind of dependence of the corrosion on the alkali concentra-
tion. The degree of glass destruction by alkali was determined
by measuring the thickness of the dissolved glass layers
according to the interferometric method earlier described
(Ref 5). The results of measurement are given in table 1
and Filqs 1~2yarnd 3 - It recults from these investi-ttions
Card 1/4 that an increase of the aqueous cnustic soda concentration

Corrosion of Silicate GL--soes by Alkali SOV 162- 5-1- /3;:
Solutions. Communication V. Effect of Alkali Concentration on the Deree
of Glass Destruction
within the range 0-5 - 10 IT exercises a different influence
on the degree of destriiction of silicate glasses: the
corrosion of glasses rich in silica is proportional to Vne
alkali concentration; at the beoinnin.-, the destruction of
glasses rich in lead, zinc, cadmium and maanesium increases,
but later on it is decelerated due to an accumulation of
anion inhibitors in the solution and the formation of protec-
tive layers of magnesium hydroxide; glasses with hiEh calcium,
strontium or barium contents are destroyed to the same depth
by all solutions within the ran,-,e of the concentrations in-
vestitgated. Concentrations of alkali earth hydroxide solutions
exert quite a different effect. It results from the thick-
ness of the dissolved layers of 9 glanson (Tahle 2), which
were obtained in 0.02 and 0-5 N solution-- of ctrontium and
barium hydroxide, that 0-5 11 iolutionn exercise not as
destructive an effect as 0.02 N solutionn. Thif, in in contrast
with aqueotis soda !yes which upon an increase of their con-
centration destroy all glasses all the more. Thi!3 specific
Card 214 property of the hydroxide solutions of alkali earth metals

Corrosion of Silicate Glasses by _11 ka 1 i c:9- 1 - 1/7'3
Solutions. Communication V. Effect oi ilk-ali Concentr,,;.tion or, the De-:--ree
of Glass Destruction
presumably may be explained by the formation of alkali-
resistant solutions on the glass surface. Such a cation
inhibition was already described (Ref 10). This was clearly
confirmed by the investigation of the corrosion of glass-
like sodium silicate in a 0.02 N strontium or barium hydro-
xide solution. On the glass surface the formation of white
crystalline precipitations was observed, which by X-ray
phase analysis were identified as barium and strontium
orthosilicates. This assumption was confirmed by comparing
the interplanar spacings of the precipitations observed to
those of the corresponding orthosilicaten (Table 3). Thcre
are 3 figures, 3 tables, and 11 references, 6 of which
are Soviet.
ASSOCIATION: Institut khimii silikatov Akademii nauk SSSR (Institute
of Silicate Chemistry of the Academy of Sciences, USSR)
Card 3/4

PIRTKETWKO) N. Ye., V. S. MI.OLCIIAINOV a!:d 11. V. BIELICIV
"Synthesis and Structure of Hydrosilicates Containin,-, Simple and
Complex Heavy Metal Cations." P. Tc~`
Transactions of the Fifth Conference on EKDerimental and Applied Mineralogy
and Petrography, Trudy ... Moscow, Izd-vo AN SSSR, 1958, 516pp.
reprints of reports presented at conf. held in Leningrad, 26-q] Mar 1956. The
purpose of the conf. was to exchange information and coordinate the activities
in the fields of experimental and applied mineralogy and petrography, and to
stress the increasing complexity of practical problems.

MUCHANOV, V.S.; PRIKHIDIKO, N.Te.
Alkaline corrosion of silicate glaeg. Report No.4: Destruction
of glass b7 various h7droxide solutions. Izv. AN SSSR. Otd. khim.
nauk no.81.917-922 Ag '58. (MIRA. 11:10)
l.Institut khimii ailikatov Akademii nauk SSSR.
(Glass--Corrosion) (Alkalies)

MOLCHANOV, V.S.; PRIKHIDIKO, N.Ye.
Corrosion of silicate glass b;r alkaline solutions. RepprtR Yo.3,-
Inhibitors of alka-line corrosion of glass. Izv. AN SSSR Otd. khim.
nauk no.7001"808 Tl '58. (MIRA 11:8)
l.Institut khimii silikatov Akademii nauk SSSR.
(Gijass)

AUTHORS: Molshancv; V. S., ~Ye. SOV/62-58-PU-1/22
TITLE: The Corrosion of Silicate Glasses by Alkaline Solutions
(Korroziya silikatnykh stekol shchelochnymi rastvorami)
Note 4: The Destruction of Glanses by Means of Various Hydroxide
Solutions (Soobshcheniye 4. Ra2rusheniye stokol rastvcrami
razlichnykh gidrookisey)
PERIODICAL: Lzvestiya Akademii nauk SSSR, Otdeleniye khimicheskJ.kh aauk,
1958, Nr Bt pp- 917-922 (USSR)
ABSTRACT: The characteristic feature of the action of alkaline solutions
on -various silicon materials is caused '~y the destruction pro-
cess through the ions of the silicon hydroxyl and of the poly-
silicon - oxygen radicals. It is assumed that the action
~f alkaline solution on glass changes according to the chemical
a3tivity of the solution. This activity is again dependent on
the degree of electrolytic dissociation of hydroxide. After
-r-, -'ons- of the chemical activity of variou3 !~Y-
~-irther explaAat-
droxides in the reactions in which hydroxyl ions are taking
par-'., the authors disouss the publications in this field (Refs
5,6). In investigating the hydroxides the authors obtained the
Card 1/3 following results: The hydroxides are distributed according

SOV/62-58-8-1/22
The Corrosion of Silicate Glasses by Alkaline Solutions. Note 4: The
Destruction of Glasses by Means of Various Hydroxide Solutions
to a certain order (in dependence on their strength):
KOH > LiOR > WH4OH > Ba (OH) 2> Sr(OH )2> Ca (OH)2' Caustic soda
destroys the silicate glasses (of any structure) to a higher
degree than the rest of the hydroxides. The authors call this
process a "sodium anomaly". It is assumed that the latter is
caused by the characteristic feature of the peptization of
silicic acid (by hydroxyl ions in the presence of sodium ions).
The action of hot water (900C) on silicate glasses of low
resistance proved to be of a rather dissolving than just of a
leaching out character. The calcium hydroxide solutions destroy
the silicate glasses in most cases not to such a high degree as
water,since an the surface calcium silicates are formed which
have a greater resistance to alkaline influence.
There are 1 figure, 4 tables, and 13 references, 7 of which are
Soviet.
ASSOCIATION: Institut khimii siiikatov Akademii nauk SSSR (Instituts of
Card 2/3 Silicate Chemistry7AS USSR)

SOV/62-58-8-1/22
The Corrosion of Silicate Glasses by Alkaline Solutions. Note 4: The
Destruction of Glasses by Means of Various Hydroxide Solutions
SUBMITTED: February 27, 1957
Card 3/3

5 (2)
AUTHORS: Malchanov, V. S., Prikhidko, N. ie. SOV/62-59-6-4/36
TITLE: Corrosion of Silicate Glasses by Alkaline Solvents (Korroziya
silikatnykh stekol shchelochnymi rastvorami). Communication 6,
The Phenomenon of "Sorlium Carbonate Paradoxa" (Soobshcheniy:~ 6.
Yavleniye "Sodo-ifykh paradoksov")
PERIODICAL: Izvestiya Akademii nauk SSSR. Otdeleniye khimicheskikh nauk,
1959, Nr 6, PP 975-980 (USSM)
ABSTRACT: By way of introduction the definitions by Grebenshchikov'B
school of the paradoxon mentioned in the title (paradoxon of the
first and second type) are dealt with in brief according to
different publications (Refo 1-12). Tho proaont paper reports on
some experimental results concerning the action of sodium hydroxide
and its salts on glasses. The intensity of this action of
different solutions was interferometrically measured by the
thickness of the glass layer dissolved. 11alf-normal solutions
were used at a temperature of 900 and a4 action Upon glass of 4
hours. At first the action of solutions on 41 glasses of different
composition (2,3,4-component glasses) was investigated and the
sodiumparadoxon (action of sodium carbonate is stronger than the
Card 1/2 action of sodium hydroxide) of the first and second type, and of

Corrosion of Silicate Glasses by Alkaline Solvents. SOV/62-59-6-4/36
Communi cation 6, the Phenomenon of "Sodium. UELrbonate ?a=adcxa.-)
both types was determined with different glasses (Table 1). The
paradoxa are connected with the absolute alkaline resistance of
-the glasses. They were found t9 be especially warked with hardly
resistant glasses. It was furthermare observed that glasses
containing Ca, Sr, Ba, and Pb incredse the T)aradoxon, whereas
it doos not occur with Zn and Cd. T1= there is a specific
action of the carbonate ion upon glasses, which destroys the
silicate-oxygen group and by itself forms silicon acid compounds.
Corrosion by the carbonate on the surface of the glass only
occurs in case of a diff~cultly soluble salt. Orthophosphate
ions also exhibit strong capacity of corroding the glasses.
They split up the silicon-oxygen bonds and then they form
difficultly soluble compounds with the cations. There are 3
tables and 16 references, 8 of which are Soviet.
ASSOCIATION: Institut khimii silikatov Akademii nauk SSSR (Institute of
Chemistry of Silicates of the Academy of Sciences, USSR)
SUBMITTED: August 3u, 1957
Card 2/2

AGMY, D.R.p inzh.; KURASOVA, G.P.9kand. tekhn. nauk;.PRIKHODIKO, O.M.1
ZUBKOVA# M.S., red.; NIKOLAYXVAv L.N., tekhn. r6d-;-i
(Prestressed span structure for a footbridge made of keramzit
concrete) Predva2-itWIlno napriazhennoe proletnoe stroenie peshekhod-
nogo moota iz keramzitobetona. Mosk7a, Nauebno-tekhn. izd-vo M-va
avtomobillnogo transp. i shosseinykh dorog RSFSR, 1961. 68 Pe
NIM .14:6)
l.-Aspirant Moskovakogo artomolbillno-dorozhnogo institute (for Ageyev)
(Bridges, Concrete) (Lightweight concrete)

PRIKHODIKO, O.M., inzh.
Use of lightweight concrete in bridge construction in the U.S.I.
Avt.dor. 20 no.12:30-31 D 157- (MIRA 12:4)
(United States-Bridges. concrete)
(United States-Lightweight concrete)

ANUFRIYEVI A. (Sverdlovsk); PRIKHODIKO, P., starshiy inzhener (Sverdlovsk)
Double radio and teletype communication. Grazhd.av, 18 no-11:27
N ' 61. Oxmu 15:2)
(Sverdlovsk--Airports--Traffic control)

SHUTS, Yu.P.; BELOUSOV, G.S.; ~O
PRIMODI ', P.A.
Small devices for checking the ground in a.c. locomotives. Sbor.
nauch. trud. EINII 3:163-167 163. (MJRA 17:4)

CHABAIIENKO, I.L.J. inzh.; PRIKHODIKO, P.I. (Prfkhodlko, P.I.1, inzh.
Harvesting earn with large combine units. Makh. sill. hosp. 14
no.8:14-15 Ag 163. (MIRA 17:1)

. ~ -. - : .1 - - 1~ - ~ I ~ . ".
I I I-, --,! -- 7 ~~-j !~'. n . T~ - -,
-111" F: 1 -~7,'!,

Chemkill composition, concentratilic, and pH of liquid in-
duslons hi fluoritit. G. G. Gushkin and P.
7api,ki Atios,fal. fhS,hcAw,Im I%tCin. --. rn--
osin6r.d.) Al. LN1 lkirL-violH. Igighl-vii4rt. and
irri-enkh coliaM omt- if 11tairite ci v,oak at, in.0vt--d
livilt..' or fivillailli, me Inn I.Ikvtt 11114) a'N~Vlallt i ~fighl con-
sviki, it( N.tp. Xlsi), mi,i 11.0 a% (tarign imiteriak. dr-
rivird front g,swoo-InInO incln.ion,i in the okincrAl. Stie-
m0irrit. citamn-. of the ,intent. of thew itjclu~iom. con-
firined 1hi, A-uniption. There it A di-linct ilvereate e( tile
Aint-. of inchideii matefLil from the dark-violet ror-. to
tile Irrvelli%li or pillkkh lieripheral tktrtq fit the fluoritv cry-
fill%. While tile coirrit have cryjid. itt contact with vilisti
unit 11"I"Imir, illiennix"I. the 1wriphrrall 1,;trf4 have grown
in a purely ralearrou% lacic,. Microchens. ifettic of the
corilt,111% of the ini-111%iorl, jgave, e.g.. 11.1112 Jr. of a i,olid r"i- I
#life front cz(gi. 'Aith c1 'UN17, . licc% - 0.011. Nj '
fl.111U. And Mert ~ 41.1411 K. (CAI mil F - front the ili-lvrd
cry,italare wit taken intuareonnt ). The coven. of the -dn~.
decrea,~ from 111 .11% (it, the core fxarl it, 9.9% in the vin-
let loternietlLift, Yonc, aml 5.77c its tile creenl41 lieripherm)
imir. While chlorides tire entichril in thr kiln-, of the ivre
And intrrineilLite ~tisg", the pevni%h 1mrt% arv crtrichi-it in
carbonate, (or hicadmillat"' fit N*.k And Ca. The fill
vjhar~ trr for hschj%ivn~ of the dark-violvt vote 7.41; ftw the
vinirl imernletlime ipwor 7.3: for the grvirniAh vin" 7.6.
11!0 i, drivril nut lxrtwrrtl NO And ON)', will) decrepitation
And the principal wt. Irm (11. lfm,). bm frons H11) to Mill' fit)
tuore chant- of wt. are obwrvrel. W. FilO

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8b 0.18. SL8_%V
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abo of Mn, Cu. Pb, Ag, w-kc of Bl, Ile.
suwg lines
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PRIKHID-IKO. P.L.; GRAMM, M.N.
New data on the chemical composition of salts from the salt-bearing
series in the northwestern Fergana Valle7. Uzb.geol.zhur. no.6:63-70
158. (MIRA 12:4)
1. Institut geologii AN UzSSR.
(Fergana-Salts)

FEODOTIYEV, K.M.; PRIKHIDIKO, P.L.
Outline of the geochemiBtry of salts. Pt.2.t Wgration of salts in
folded areas. Trudy IGEM no.99:147-153 163. (MIRA 16:9)
(Salt deposits) (Geochemistry) (Folds (Geology))

KASYMOV., A.4; PRIlaiIDIKO, P.L.
Tinticite from the central Kyzyl Kam. Uzb. geol. zhur. 7 no.6:
91-94 163. (MIRA 170)
1. Institut geologii im. Kh.M. Abdullayeva AN UzSSR.

ARIPOVA, Xh.; PRIKBIDIKC, P.L.
Determination of gold in plants and nol-IF in biogecchem.,-ai atbdiee.
Uzb. geol. -zhur. 9 no.4%50-53 165. (MIRA 18:9)
1. Institut geologii. i geofizikl- im. Kh.M.Abdullayeva AN U7-S-SR.

FRIKHIMOVICH A I.
Gondition of the ~qpcphysis and thyroid gland of yomng sturgeon imder condi-
tions of natural and artifiaial development. Trudy Inst.morf.zhiv. no.5:202-
237 151. (MLEA 6:9 )
(Sturgeono)

MOISmIly, S.G.; FRIIHIL, A.I.
Testing results of saw tooth bore bits. Gar.zImr. no.7:40-42 JI 155.
(Boring machinery-Testing)

BIWUSOT, A.G., inzhener; _~%= . , inzhener.
. ~ _qj_j~
Control scheme of an air circuit breaker. 31ek.sta. 24 no.5:29-31 W 153.
(KI-RA 6:7)
(Blectric circuit breakers)

. 1. - .. 3
Calves
aa i S i..-i - c 71 Iv '~ ~; -I, .- ~;~' -~ 11, , ~-` , . , `-I -, v . ' : ' - - -. , r '-~
I.- .-j. "
9. Monthl List of Russian Accessions, Library of Congress, -,"~;---195X, Uncl.
2

-
1;rin',jui! uchastiYe
Va,
Bo r 19
NO - V. YU'A.
Yu,"f inzh L'. inz~.; "301, kanO,-
te ithp. nauk
(Dy-naml,--s c-f auto,nated electr1c, drives with resilient
-qvtoi:.atiz'Lr
me~-hwucal coupbrg9l r,,-,jjjaojjkcj ()vanMkt,
e`ektroprivodov -, 1iprtjgir,-.i makiianIcheskImI sviaziami.
MosIma, Energiia, 19;6'" T.1 p. ~Bibliotelm pT,.) Rvtoma-
T,iRa, rio.'139) (MI-RA 18-8)

FRIKHNO, Ye., instruktor peredovykh metodov truda.
I .
Tool for bending reinforcing cramps and collars. Stroitell
n0,5:12 97 '58. (MIRA 11:6)
(Tools) (Steel, Structural)

FRI , Yu. [ft7kbno.. IU. I
Parts of a universal unit for the manufacture of prestressed
concrete trusses using a multistage methocl. ikid.mat.i konstr.
4 no.6t58 T-D 162. MnU 15.-12 )
1. Starshyi instruktor Kharkivs1kogo filialu. NDIVTI ABU URSR
"Orgbud.0',
(Tnwax)

PRIKHUL.-H..F.; TATUYEVA, L.B.
UBing a polyacrylamide flocculant at the Tyrny Auz plant.
TSvet. met. 36 no.10:81 0 t65. (MM 16:12)

PRIKHNYA, M.F.
Using oleic acid emilsions a', the Tyrny Auz ore.. dre:3:3ing plant. TSvet.
met. 36 no.12:76 D 163. (KRA 17:2)

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PRIKHODA, A.G.; BIRKGAN, I.B.
Methodology, of determining heights with gravimeter-altimeters.
Razved. i prom. geofiz. no.47:83-87 163. (MIRA 16:8)
(Altimeter) (Gravimeter (Geophysical instrument))

PRIKHODA, A.G.
Res-alta of testJng the optical microbarometer. Trady
SlUIGGIMS no. 30:167-170 1 64 (MIRA 19:1)

PRTKHODA, Aleksandr Georgiyevich; SEUKHANOVIGH, V.G.,, red.
[Barometric leveling] Barometricheskoe nivelirovanie.
Moskva, Nedra, 1964. 180 P. (MIRA 17:12)

Tx-
0 50) ?EASE I BOOK EXPLOITATION SOV/2216
- 3oveshchanlya po elektroa:zlmll. 4th, Moscow. 1956.
Trudy... ; laborniki (Trarsactions or the Fourth Conference an Elect-
rochomiatry; Collection of Articles) Moscow, ltd-vo AN SSSr, '
1959. 868 P. Errata s2lp Inserted. 2,500 copies printed. '
3ponsoring Agency: Aka-ltxlys nauk S3SR. OtdalanLy. khlmicheaktkh
ldltorlal Board: A.R. Yrumkln (Rasp. Ed ) Academician, O.A. unin,
Professor; 3.1. Zhdancy 01e*p,,Secret&;y), B.N. Kaban-v ro-
fessor, S.I. Zhdanov (PLesp. S re tary)i B.N. Kb...,, Pr~l:...,,
I& M. Kolotyrkin, Doctor of Chemical Sclencs3; V.V. Lc3ev;.P.D,
Lu6vtsev. Professor; Z.A. Solov'yeval V.V. Stender, Prore or-,
Ind O.M. Florianovich; Ed. of Publishing House: N.G. Yegorovj
Tech. Rd. ; T. A. Prusako".
PMPOSE: This book Is Intended for chemical and electrical angl-
n era. physicists. mat&I'lurgista and reaearchers Interested In
v:rlous aspects of electrochemistry.
The book cOn-11-n- 127 of the 138 reports presented at
he Fou rth Conference ::n Z..lr.ch1.i.trY sponsored by the Depart -
Sent of Chemical Sc.,t-~es and the Institute or Physical Ch-latry
Academ or *Sc I c, 1R. The collection pertaina to different
.J:nt.
Ir..chye-r c gchealzal kinetics, double layer theories and
g,alvanic Oprocess in.!!'aloelect rodepositontand. industrial elect-
.,d,:s
d n of
r017313. Abr di --Sol are g1ve at he nd each I
slon. The me jority of reports not Included here have been
Published In periodic%' literature. No personalities are Mentioned.
References are given A.- the and or moot of the articles,
and (Dnepropetrovsk Institute Or
Chemical Technology Isen! F.E. Dzer:hIns'41-Y). Polarization
of Graphite Electrodes During the Anodic Separation of
Chlorine 823
VR-,-B- Ye., ard O.A. T Fanov (In:tItuetevoftCh:mI5try.
a,, 65. t
A. demy of ScIenci1-,--,-SSR ---Hydrog n Ov r I ag a
Electrodes With HQVCZeneOU3 Surface 827
and E -LIA&LICIn (Physicochemlcal
te OVIV.
Inatitu Iment L. Ya. Karp .mechanism or the Simul-
taneou5 Electroche-!cA2 ?creation Of ParBulfurlc Acid.
Ozone and Oxygen at a Platinum Anode In Sulfuric Acid
Solutions 834
Volkoy_.a.l., Z. L. Ye. K. Suaorova and N.. V-,CheZL-.
--tifilne. InrlTini-t or SurraFi~Wct-lve Substances on tne
Rate of Decomposition of Sodium Amalgams 841
1111n. 0. 0- and (NovocherkaSak Polytechnic
Card 33/ '411
Transactions of the pourt~-% Conference (Cont.) SOV/22i6
Institute 4ment s, 0--,cvhonlkidze ). Influence of the Naturv
CIt . on th Anode rroceso During tnr
I an Electrolyt, - -On -Earth-yet,k' Chiorlo.
Z;ectrolY'qI5 Or A":-e and Alkaline 84Lj
3;lutlon-
-henko~ A A Yedigsry.%ri,
nin, N.N. (Deceasec~, B. 0. Prikhod,
Vo~ iLnd
0. V. 7-bekova, .1.
~~" aDvir-tKiyev Po'Yt*Zr..n1c Institute).- El~ctr-lyilC
Reduction or Oxyg- at Porous Cathodes o49
Disc salon IN. A. Fedotcv, R.I. Kaganovlch Ye M. Kuchlnskty,t
0. '1 . 1-,b
.N. Kokhanov, and c~,~rjbutlng authOr
AVAILABLEg Library Or :~-gr~Afl TM/.c
Card 34/34 9-3()-59

ACCESSION NRt AROW47
SOURCEi RM Metallurgiya, Abs. 12D224
S/0l37/63/OO0/012/rb37/DO37
AUTHORt Rogov, M. B.1 Yuferov, V. M.; Goncharvo, I. A.; Lagutinas Re Vo;
P-rikhodchenkop Go M.j Pechennikova, I* So; Prudkova, Ro As
TITLE: Experience in making cold-rolled pipes from EP38, EP39 and E1993
ferritic-martensitic stools
CITED SOURCEs Sb. Proiz-vo trub. M., Metallurgizdat, vy*p., 9, 1963o 40-48
TOPIC TAGS: Ferritic martensitic steel, steel pipe cold rollin.a, steel pipe
cold drawing
TRMNSLATION: The following conclusions were reached on the basis of industrial
experience in-producing the indicated pipes: (1) In order to obtain a satis-
factory surface of cold-rolled and cold-drawn pipes:with a i4all thickness of 1 run
made from EP38 and EP39 steel, the tube blanks should be turned and bored.
Turning of blanks from EP38 and EP39 steel for tubes with a wall thickness of
Card 1/2

ACCESSION NRj ARhol4lh7
1 mm can be replaced by the usual repair by means of files. (2) The heat treat-
ment of hot-rolled pipes from EP38, EP39, and E1993 steel should be carried out
by annealing prior to cold deformation. Jk# Loontlyeve
DATE ACQ: 09jan64 SUB CCDEt ML ENCL; 00
Card 2/2

DUPLIY, G.D., inzli.; PRIMODCHEM, G.M., inzh.; KIII'dis'I"N, G. ". ,
Repeated drawing of tubes. Stall 24 no.11:102~~,-10122 ',* 1,1Z.
;E,:1)
";.I - ~ -
1. Nikopollskiy Yuzhnotrubnyy zavod.

)/EPR Pr
ACCESSION NR: AP5016283
536.24
,AUTHOR: Dolinskiy, A,. A. (Candidate of technical sciences); Chavdarov, A. S.
(Engineer); Prjn2k4Zao P. (Engineer)
~A
.,.TITLE: Some'Special features of-heat, transfer in an atomizing Jet
an e mas
ISOURCE: Khimicheskoye i nefty oy hinostroyeniye, no. 7, 1965, 29-31
I- :1TOPIC TAGS,~. heat.transfer, at6mizing jet, fuel droplet, heat exchanger
ABSTRACT: Special features of heat transfer in an atomized fuel jet are studied
..--,by analyzing the motion of fuel droplets injected at a given angle into a parallel
turbulentstream of-air. K. N. Yerastovfs method (Investigation of the evapora-
[tion. of -fuel jet droplets at high temperatures, v.. 2. Moscow, Izd-vo All SSSR,
,ig6o) is used. A formula is established ~rhich permits determination of the
Ivolumetric heat transfer coefficient for liquid droplets moving in a counter current
,gas flow. High experimental values of the heat transfer coefficient obtained in
the heat exchanger demonstrate the possibility of increasing the mass transfer
coefficient in the mixer and of its application to fast reactions between the
1
_V 2

PRIKHODCHEIN~O, I.A.; MOLBAVSKIY, A.M.
Using the new methods of operation and production planning
developed by the electric locomotive plants in Novocherkassk.
Kozh.-obuv. prom. 7 no.9:4-9 S 165. (MIRA 18:9)

PRIKHO,DCHENKO, N.A.; AZELITSKAYA, R.D.; PONCRAREV, I.F.
Effect of electrolytes on the coagulation of a colloidal solution of
silicic acid. Koll. zhur. 27 no-5:71+5-748 S-0 165. (MIRA 18:10)
1. Novocherkasskiy politekbnicheskiy inatitut, kafedra tekhnologil
vyaziiushchikh veshchestv.

pRIKHODCHENK0, N.G.; ATCIJABAROV, B.A.
Gastralgia as one of the early forms of exacerbation in lead
intoxication. Trudy Inst. kraev. pat. AN Kazakh. SSR 8:200-210
,6o. (LEAD POISONING) (STOMCH) (~UA 14--5)

T I.".. :.,PRIKHODCHENKO,.P,P.p inzh.
Putting into practice the resolutions of the 22d Congress of the CPSU.
Khim.mashinostr. no.6:4-7 N-D 163. (14rRA 17:2)

PRIKHODCUMO., V.G.,. SKRIPNIKP V.A.; KUDRA, O.K.
I
Electrodeposition of small amounts of iron on mercvz7-q. zimr.prikiahim.
36 no.21344-350 F 163. 9 (K$& 16:3)
1. Kiyevskiy politekhnichaskiy institut.
(Iron plating) I (Electrodes., Mercury)

T, 36710~Z5
ACCaSSION NR: APS003121 Sf'0080/65/038/001/0087/0092 ~2
AUTHOR: Prikhodchenko, V. G.; Lentovich, Ye. V.; Kudra, 0. K.
TITLE: Electrochemical behavior of calcium impurities on the mercury cathode
during electrolysis of chloride solutions
SOURCE: Zhurnal prikladnoy khimil, v. 38, no, '1 1965, 87-92
TOPIC TAGS- alkali rneta~chloride electrolysis, calcium contamination, calcium
removal. lithium electrolybis, lithi4m calcium separation
ABSTRACT:
-The migration of microamounts of calcium from LiCl solutions to
the amalgam dur ng electrolysis with a mercury cathode at 20C was investigated.
The amount of Ca precipitated on the mercury cathode in a given period of time
increased as current density was increased and as the concentration of Ca in the
itial electrolyte increa-ged. On electrolysis of LiCl solutions containing 10- 4
in
to 10-2 N Ca, the Ca concentration on the cathode was 2 orders higher than in the
solution. Thus mercury electrolysis of LiCl can be used for separating Li and
_-,~]Card 1/2
------------------

36710
ACC8S51ONNR:-.:AP5G03!21 J,
Ca. Analgous tests run with the other alkali metal chlorideg showed the migra-
tion of Ca in these s lutions was much slower. It was also found possible to re-
duce microamounts-31f Ca in solution without electrolysis by using Li amalgam;
this Is due to the exchange of Ca amalgam for Li amalaam. Orig. art. has: 7
"figures and I table
ASSOCIATION: Kiyevskiy politekhnicheskiy institut (Kiev Polytechnical, Institute)'
SUMUTTED, G4Feb63. ENCL: 00 SUE CODE- GC
OTh
NR REP SOV: 007 MR: 003

T.-'.,~ " '. ;~' ~: ~, :~ " :.; ~:,: ~. I I .. 1;;
.1 , ) - I ... .1 w . .
.1 - I-.,--,-
:'it., ;., . - - - - -
": t, . ~ ;;,~ t. - , r! - - ;!~ -1 - 1 - t --
- - f.:- - I . : - , - .. .
L3',. Je 1 U. I:~ il..- ~ ~~ ~ ro,;

PRIKHODC.HEN.KO,,,,V.G.,- FIALKOV, Yu.Ya.; TRESKUNOVA, R.L.
Electrodeposition of extrasmall amounts of antimony on mercury.
Zhur.prikl.khim. 37 no.721466-1469 il 164.
(MIRA 1834)

I]ffect of surface-ac--ilre ",-,F-. i:Jnc.-tic3 c-f' tion
U;.
of iron on a c--Uiodc. Dop. A:' fic-l":1
(..a
1. !dyevskiy politc;:Inicheskiy in~;',-itub. Piedstavle',r) -o::-. A:-
Yu.. . Deli!

1. Klyf2v-s-i i.,'

PRIMODUIENKO.F.P.
New equipment- for -1-in plaotics into building products. Stroi.
mat. 8 no. 11 z17-18 N 162. (MIM l5sl2)
1. DirektDr UkrNII aatmash.
(Plastics, (Building materials industry)

PRIKIIOD IKO, P.T. , prof.
Conference on prevention of 3illcoqis in Kizznotak-8waln
mines. Bezop.truda v prom. 3 no.10:38 0 '59.
(14IIL', 13:2)
(Kuznetsk Bas in-- Lungs --Dil at diseasea-Congreqaan)

ATCHADAROV, B.A.; PRIMIODCHENKO, NtG.
Clinical aspects of lead colic. Trudy Inst. kraev. pat. AN.KazalLh.
SSR 8:211-226 160. (~MRA 14: 5)
(LEAD POISONING)