SCIENTIFIC ABSTRACT POTOTSKAYA, A.P. - POTOTSKIY, I.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342720009-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: August 1, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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A
00 4 A -L h I F A AL- J-- L L A, 3-A.-M. 'Y IL-1 1 1. m a a W X
, I 1 4 1 4
R'.Z-BrCH2 CH 2CH2Br a C 2 '2"2
for 2-5 - 3 hra. in abs. C,Z.0-B containing 0.3 - 0-5~A ECI gas (in "he
Card 1/6

S/GFJI/62/000/0~35/036/1 12
case a-- hizh mol. wt. R the he4tin, is Carried out for 0.5 brn, 4-9',; 1101
(Ila-f) (here and lator
~;az) M tit yields of 35 - 6G,-, into et".Vl erter~; 11
are C;iven the sulosti-nee, R, b. ?. in 0C/=Hg, n 20 D, d.1rj), 11a,
CZ 5C(CH 3),C~2, 89-91/4, 1.4346, 0.9593; b, CH 5 CH 2C(Cli 3)2C"2' 104-105/4,
1.4.-,10, 0.9562; C, C113 (CH 2)5' 113-115/2, 1.4370, 0.9440; d, Cil 3(C.~, 2)7*
131-132/2, 1'.4405, 0.931.7; e, CH (CH ) , 145-146/5, 1-4430, 0.9256;
03 2 3
f, CH 3- (n 2)10' -1 n. p. 25-27 C1 -1 - The 11 obtained are reduced with
a two-fold excess of LLUH. to the corresponding III (IlIa-i); Ills,
-t
C-_ 3C(Cli 3)2C':2' 112-114/3. 1.4545, 0.9319; b, CV 3CH2C(CH3)2 CF 2' 123-124/3,
1.4637, 0.9373; 0, CH (Gli N 139-140/3-5, 1.4555, 0.9249; d, CH
0 3 2/51 5(r-R2)7
m. p. 46-46-5 C, -; e, CH 3(GH 2)89-1 -1- 2- 41.5-42OCt -. -;
f, CH 3(CH 2)101-1 m' P- 59-600C, g, 2-C 10H7 _' m' P' 88-09 0Cp
11, 4 H GH2, m- P- 59-5 0
-diiihenyl, -, m. p. 8OoC, J, cyclo-C 6 11 -6o.o C,
Card 2,6

5/081J622/000/005/030/112
The zynt.esir, of =ono-sub5ti;uTed ... B15]/B-,Ol
Tho -1111 4;lycols are dic.3olved in glacial CH CGOR and -",e
0 3
saturated ,vit.-, dry Ur at 100-120 C and then fractionated, when the 7V
are obt-Jaud; !'Is, CH3 C(CH 3)2 CF 20 12)-126/15, 1.4661, 1-364d;
b,.C-.i3CH2 C-(CH 3)2 CH 2p 1.4562, 1.3623; c, CH 3(,--,12)5' !22-123/3,
1 137-159/2, 1.4902, (CI:
-45,40, 1.3607; d, CH 3(ur2 )1 1.2976; e, c H3 24'
0 1.2201;
,57-159/2-5, I-4D65, .2633; f, CH 3("a2)',O' 160-152/3, 1.46*3,
S, 2-C 2- 54-56'c, h, 41-diphenyl, P. 84-6 0
5 Cl -9
J-, cyc'-o-c6E II CH 21 132-133/1-5, 1.5202, 1.4310. On boiling the
dibromides 1V for 3 hra with a 50)4 water-alcohol solutioia of ra2S %hare
are formed, with yields of 60-90 A , the V (Va-k)..Va, CH 3C(C"3)2CH2'
202-203/760, 1.4812, 0,9155; 'a, CII 3C"2C(CH3)2(;H2- 107-108/17, 1-46062,
G.9272; c, CH 3(CH2)5' 240-241/76o, 1.4823, 0-9095, d, CH 3(CH2)7'
275.5 - 276/760, 1-4793, 0,6992; a, C '13(CH2)6' 292-293/760, 1.4792, 0.6940;
Card 3/6

s/081/62/000/005/030/112
The nynthuuis of
f, CW_ (CH,)..0, 326-5 - 327/760, 1-76b, 0.6936, 2-C 74-750C,
V-diPh-anYl, rz- P- 59-60' cyclo-C. H II- CH 2'
56-87/2, 1-5135, 0.9811; k, C~R_-CH 2P 1o9-110/2, 1-5710, 1-0577- 71"ith -re
6 :~
me-.hod -iven it was not pozzible to obtain V since the orijinal phanyl-
k
furfury1carbinol on boilinj xith an alcohol j3olul4on of HCI resinifies and
the corrooponding dibromide was obtained in anolh;r way. (R. 2aulp Co=p,t.
rend., 1936, 2G2, 1444). The glycola=a and 7-11h were obtained by the
reductiona of Z*.-,e correzj~ondz_'-.,; ~-(2-naphtlhoyl) and 5-(4-biphenyloyl)-
sropionic acids, synthecized by the condensation of the corzerpondin;z
hydrocarbo." with zhe suce'ric ar.:VdrIde uain,; the Z`r-lede' -Crafts reac 40n.
~-alkylthio.,.)hanes were obtained by another method:
il5C2CO-H 2Cii(COOC 2H5), (vi~~Ii 5c 2COCF 2CR(COOC 2H5)2
_'Rc~' (COOY:~)C-2COOG2-5 ('~--!)--";"^t'(CI120H)CH2C"2CH202 (1X)____O
CH Br C:T (XI). The Na derivatives of V!
4 2 C 2 2
are oondenzed in the uzual way with halogen aIXylz and xields of 80-9QIf
of VII are obtained. Those are saponified, deoarboxylated and eaterified
Card 4/6

The vn~'heris of ... 3151/3101
wher, VIII (VIIIa-d) are obtained in a yield of 70-90,,. V111a, (CH 3)2CHC:r2'
96-98/2, 1.4260, 0.9710; b, CH CH2-C"(CH3)CH2, ioi-ir,3/2, 1.4300, 0.9633;
ct Cli3 (C]i AV 90--97/1-5, 1.4510, 0.9625; d, C:I 3(CH2)7' 130-131/1, 1.4365,
0.9453. VIII is reduced with LiJAIN 4 (1.25 moles) and (Ra-d) are
distilled off: IXa, (CH 3)2 CHCH 2' 116-120/1-5, 1.4525, 0.9396;
b, C-,Cl--. 2CH(C*.f 5)CH2' 129-130/2-5, 1.4550, 0.9269; a, CH3(CH2)4' 32-,34/3,
1-4560, 0.9299; d, CH 3(CF2)71 161-162/2, 1.4590, 0-9137- From tho IX
ob~z-;ned by the method de3crilbed above the X,,(Xa-d) are obtained: Xa,
(O'q 'H2, 75-76/1-5, 1-4963, 1.4731; b, C.13CH CH(CH )CH , 102-103/2-5,
5 ) 2 '2 3 2
-4975, 1-4205; C. CH 3(CH,)4, 114-116/3, 1.4975, 1.4144; d, CF,3(CH2)7'
126-129/1, 1.4910, 1.3078. The X are converted in tre usual way into
- ) cifn , 2GO-201, - )CH21
X! (XIa-d); Xia (CH 3 2 2 1.4830, 0.9216i b, C H3CH2CH( C---3
221.5-222, 1-4824, 0-9166; C, CH3 (CH2)41 229-5-230, 1.4642, 0.9164;
d, CH 3(C~2)7 , 262-5-263, 1.4808, 0.9057. The yields in XI were 84-93~4o
Card 5/6

S/C61/62/000/005/036/112
B15.
Iho synthesir of /zio-,
based on X and 30-40'/~. based on VI. IrAbstracter's note: Complete
L
.ransla-.ion.-I
CLr~ 6/6

OBOLENTSEV, R.D.; BUKHAROV, V.G.,- POZDNYA-KOVA, T.Ye.; ALALYKINA, L.A.;
BAKALO, L.A.;- POTOTSMA, A.Ye.
Synthesis of monosubstituted thiophanes. KUmsera-i azotorgsoed.
.mad*r.'!neft.i nefteprod. 3:9-17' 160. (MMA 14:6)
(Thiophene)

L) Iroy
SOURCE CODE
AUTHOR: ghukhay- V. KO Candidate of technical sciences); T. 1.
(Engineer I Bummmya, L scierA.08
No (Candidate of techni" Go Be
(Engineer)l Jh&jLMn_ Go L, (Engineer); Y, X. (Zr4in"r)
CRGI - now
TITLE: SuspendodAnsulators for 750-Kv lines
SOURCEs ElektricMakiye stanteii,, no* 5, 19661, 70-74
TOPIC TAGS: insulating material, high voltage line, glass product, glass property
ABSTRACT: Now ingUlAkorsomade, of low-alkali glasse will allow 750-ky lines to be
suspended from a single chain of insulators per pole or mast, simplifying the
installation of the lines. The insulators have a guaranteed slectrmachanical
-strength of 30 to It was determined that 27-28 elements in a chain are sufficient
.for usage in 750 kv lines. They can also be used in case of lower voltages where
high mechanical strength is required, such as river crossings, etc. The technology
of hand pressing of the glass parts has been so developed that mechanized production
is possible. Improvements should be made in two areas: increasing the length of
the leakage path for usage in regions with high polution and reduction of the height
.of the insulator and head diameter (by using cylindrical heads, rather than the
~.conical heads now used). Orig. art. hast 5 figures and 1 table. [JPRS: 36,5011
SUB CODE: 13, 11 / SUBM DATE: none
cmd UDC: 621-513.624.001.5

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th6-kness of Ait IaYef-, 11111MIC(liftnt Plxff'-nf 44 the
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so f 4 2V,: NI MI , and 22 1. wlklcf was found to b* run.(
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110110

AFANAS'Y-r,V, A.H.; POTOTSKATA, G.V.; ANDRETVV, S.I.; SUROVTSEV, V.P.
Tank furnace for neltirg low-alk-ali glass. 55tek. i ker. 16
no.2:37-39 F 159. (FIRA 12:1)
~Glass furnaces)
t

15(6) 0 - 2 -2 `21
f
AUTHORS: Afanaslyev, k. Nz, Sa. V.,
Surovtsev, Vo F,
TITLE: Tank Furnaces for the welting of Glass Poor ir Al"Kali, "Van-
naya pechf d1ya vark-i nalcshchelcchnogo stekla.)
PERIODICAL: Steklo i keramika, 10,59, Nr 2, PP 37-39 '%USSR)
ABSTRACT: Low alkali content glass of the trad~-lnark 1.3v was 7-relted -n
the years from 19156 to 1101--18 in the test Elass work-s. Th-a furrace
-xith 1~assage and hcrseshoe-shared flame -1.5 in flig-_-_rte
Experiments carried out by the labor-atoriya ogne-upor-l-v Instftu-,a
stekla (Glass Inst-itut-e Laboratory of Re'rac+~;r-P-F) +,,T
I I L 1 5- -Q
quartz beams am to be- reg-a-rded as thp most stab---,~ ref-rac-,,:--y
the 13v glass. To -est their per-4~crmanc-,~-- -.~nier factc,ry v:o7k---*-E
conditicns ~he melting section --f the furnace bazin as -x;-11 aS
the furnace passage were 14---d wit? ouart.2 beams of the
dir.riensions 900x2,--)OxgO-..',00 mm. Tho fi-,rnace bottom ani the
walls of the furnace r)ro-ciessins ~:ect`c- Werp -xith f-lre--
-xperi
clay beams. The ~`.;rna e fr3nt ,.*as c mentally build o~~
dinas sil-lbs SD--7. The 1 on g i t u d _i n al vv aF, C f t'h e 6 a s i n - en
Card 1/2 section -,,,erp- equipped with water (F-iiE, 2) and the fl-,-nt

Tank Furnaces IF o r e n E f G -'n A
~ 9
SOV/72-t 9-
a i t d c- 't r n ~- r s - Ter n a
01 0 0 7; ")1
s e, t i o ne:ri p .2 rt rj
M.
of 20 T"
and so was the furnace pasoage ;1j g f
slabs in the fu2mace f-ront wall
furnace f loor with th2 SS!i.-.,; tea,-,r-i -,,.,ac orn31 derably d Ej-. ad
by 2 campaigr.-i "Fig Conc;lus-cns: q,-~2.rtz prcd~;,21.s a:- -c-.
garded as the best refractc).ri f~r th e m e -linc- cf 171-:
-,he 'L c rm arEp h look 3 s, a b I e f c re a S
D-inas ';.n
L - -i - -
walling. it -vbu'd' useful to exper' mertai' --f bi-, J' '-.; 7- n a C
bottom of di-tas; so as to eiim2na~,,-- fiz--ciay n t r e i%
Thpre ar-3 6 f iiz-ureo,
ASSOCIATION: ODytnyy zavod instit-,ta stek',,-- ("las.3 x c e -n al
Factory)
Card 2/2

5(l)
SOV/112-59-3-5625
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 3, p 193 (USSR)
AUTHOR: Potrashkov, V. 1.
TITLE: investigation of a Controlled Absorption Station in the Soda Industry
(Issledovaniye startsii absorbtsii sodovogo proizvodstva kak ob"yekta
regulirovaniya)
PERIODICAL: Tr. N.---X. in-ta osnovnoy khimii, 1957, Vol 10, pp 244-273
ABSTRACT: The problems of selecting the control parameter, of the controlled-
system static and dynamic properties, and of substantiating the control scheme
are considered in detail. Results are reported of an investigation of three
systems of control conducted by IAT SSSR at the Slavyanskiy Sodovyy Kombinat
(Slavyansk Soda Combine): a system controlling the ammonia and liquid
concentration, a system controlling the level in the first-absorber collector of
ammoniated liquid, and a system controlling the pressure in absorption
apparatus. For the first system, the selection of controller settings is
Card 1/2

SOV/112-59-3-5625
Investigation of a Controlled Absorption Station in the Soda Industry
considered which ensure that the transients in the system do not impair quality;
for the two other systems, only conclusions are reported. Sixteen illustrations.
A.A.S.
Card 2/2

BUTT, Lev Kikhaylovich; POLLYAK, Vera Vaaillyevne. Prinimala uchastiye
POTOTSKATA, G.V. B.U'UOVaIKH, S.M., nnuchnyy red.; GLADY-'ZZVA,
S.A., red.izd-va-. OSENKO, L.M., tekhn.red.
[Technology of glass] Tekhnologiia stekla. Moskva, Gos.izd-vo
lit-ry po stroit., arkhit. i stroit.materialam, 1960. 417 p.
(MIRA 13:12)
(Glass manufacture)

USSR/Chemical Technology -- Chemical Products and Their Application. Silica-.es.
iiiasa. Cen-tin'~co. BL:ders, 1-9
Abst Journal: Referat Zhur - 10iimiya, No 1, 1~134
Author: Afanaslyev, A. N., Pototskaya, G. V., and Shatokhj-n, I. S.
Institution: None
Title; The Utilization of Graphite Molds in the Production of Blown
Glassware
Original
Periodical: Steklo I keramika., 1956, No 5, 28-29
Abstract: The production of cast iron molds in the manufacture of small batches
of glassware increases production costs. It is proposed to use
graphite molds (GML) In the place of cast iron molds. Over a period
of one year GM have been used in the production of jackets for glass
tubing; no change in the dimensions of the G?4 was observed after the
production of some 2,000 tuiits. GM offer a number of advantages over
wooden and cast iron molds: because of their high heat conductivity,
they dc not-require lubrication, give a high-quality surface, and
Card 1/2

USSR/Chemical Technology ---. Ch,~triical Prothict.-n i-III(I T11(-.-Ir Applicatlon. Silicateti.
1 -1
'~Iass ~. . Binri-::I'8' 1-5
Abst Journal: Referat Zhur .- K2Limiya, No 1, 1957, 1564
Abstract: their low friction coefficient t'acilitateG the work of the glass-
bluNiers; in addition, the producti,.~n of GM Is many tines cheaper
than that of cast iron molds.
Card 2/2

JI

MR-Olil", MIMI
iW�Rlillmlim".

p0 I-0
USSR
,"660 Atanufatitwe of C" Ilipc by thu M1.4had of vedIC21
Drawing. Prokwad4tva scakilactsykh trub *podoham weril
kgtllnogo bedodachtiqp vytingivaulls. (Ruuiam) 1. E:
Sha ' G. V. Pototskata, 1. hi. Bn&. D. V. Wrnlak, and
E. Voicrimik. Steklo i Kema4a, v. 19, nor. 4. Alit. 19S5, p.
4-8.
Equipment and methods. Magranis, graph.

AV,AMAS'YKV, A.N.; POTOTSILYA, G.V.; SIELTOKHIN, I.S.
Use of graphite molds In blown glass manufacture. Stek.i ker. 13
no-5:28-29 My 156. (KMA 9:8)
(Glass blowing and working) (Graphite)

Pototskaya, G. V. N/5
748.6
.P8
Kontroll produktsi-i na zavodakh technichaskogo stek-la (Proedution --cz'.rol
in glass works manufacturing industrial glass) 1"foskva., Promstroy-izdat, 1953.
170 P. illus., diagrs j, tables*
"Literaturall: P. 170-il7l)

-"-.
'7-11 -1 C-- 71- -1--- ,-.- -.1- I -" . ~-- .1
-t . -- .=r - .
- - - - I . 11 . . -- -
~J'O: 1,71-ilcP1,31 -'],

POTOT ,(4
---pgA.TJL K.; TEMKIN, B.S., nauchW redaktor; LITVAKOVSKIY* A.A.,
. W
redak-tor; DVORNIXOVA, N.I., tekhalcheskly redaktor
[Production control in glass works manufacturing industrial glasel
Kontroll produktsii na, zavodakh tokhnicheskogo stekla. Moskva,
Goo. izd-vo lit-ry po stroit. materialam, 1953. 170 P.
[Microfilm] (MIRA 7:10)
(Glass manufacture)

POTOTSKAYA, G.V*
Glass Manufacture
Principles of computation and construction of glass-furnace burner. Stek. i ker
9 Wo, 5, 1952.
9. Monthl List of Russian Accessions, Library of Congress, AUg=t 1959-]"V, Uncl.

-P , I . ~ .
1- _,-- : - 7
t - -,I- "". r nvi~ n. ~~)- ,, I . . -.
, ~ I . I r. .1 - I I-,;' a,:
-I- ;- . ~ ~ '!, 1

'onlrol' ProduktAl na za-v~h
(Prod Control in the Technical
Irowow.
- OcstitLirit. lida-
td'stvaLi -poStrulttl'. Matterialmu. 1053, 170j.&,.,~_

FOTOTHR-IA, G. V.
Production control in fc,:- I
Promistroiizdat, 101,53.
1. Glass manufacture-Russia.

Am most e--huum i- AL
1. If. Baus, D. V. ZALUNVAK, A" 4
U. P. MWMC--ftilriMmm., 12 (4) 4-8 (1965).--DttaUs of
technolo& and the dmracteristks of 4- and O-ia-piM ire
B.Z.k

(;'r Cj, V 1". TA
Fro(juction conturcl ~n ~~Iass works 7..anUfa:~turilnfl in-_;Ustlria'_~
Cos. iz-;-vo !Lt-ry to slrcit- ma~lerialar, 1953. (Mle
Collat*Ln o" the ori:~'inal, as -:etermined frcm the fiL-1: 170 F.
111.crof U-ii Slavic 437~
cling- or g1-&!ff--&pp&ratus . The ma-chine can -- b.e-used to
weld glass pipe of up to 80 mm outside diameter and of
any length, and pipe of larger diameter in lengths up
to 1000 MM. At the experimental glass plant a disk-ma-
chine was designed which makes it possible to weld pipe
of any diameter in lengths UP to 4-5 M, and to weld
Card 1/2
'eramcis. Gla __ H-7
Abs jour ss- Binders. Concrete.
Ref Zhur _ Khmya.' no 1., 1958, 2044
adapters to them- A description is given If the process
of making T-Joints. Welding experiments were carried out
with borosilicate and lOw-alkali
acquired -in welding Of Pi glass.
122 mm Outside di pe Of lcYv-alkaljKnOwhOw` has been
68mm Outside di "Meter and welding Of T glass of up to
ameter, -joints
prodedure can be Used to In addition to Pipe., of UP to
equipment produce the welding
Of the col hydrOcYclone various complex chemical
mpl s and other articles.
eted work the authors propose .
build special. welding shops, On the basis
machines and auxiliary for to -Plan and
duced. equipment which all-purpose weldin
must be d 9
ding by It is appropriate to conducts esigned and pro-
means tests on glass wel-
Of high frequency current.
Carct 2/2

POTOSXAYA,- G. V.
mimers (or lassmalting furnaces, V,.'V. POTOT~KA-m
N" Skklo i Xeraps.,! 151 IMI 0V5J):=Prir-mipJcs ot desi-M7-~
construction are given. B.ZX.

Q 11 12 1) 14 11 w 11 w " a v X B Id bv)o 3031 'un its Ism up* o U-43 44-w7'L'
X I A-1--L-s -- &--& a -1
SO A Copts$
492. ROIE OF REGMATORS IN INCREASING RMCIENCY OF OJASS FURNACE$.
-00
~ii Poto G.V. (Stoklo i Korea, (02mo and Ceram.), 1950, vol. 7, (7), 15).
.!iA correctly constructed glass Unk can be successfully oPorated with Sam- of
00 4 !;," X
See
Gey,2950-1,000 cal-/cu. n- The permissible min. C.V. of a gas do ndo on the 6*0
pe
A=00
0 density of gas and therval rovistarm of the protecting surfaces of burnerp
:04 =00
004 000
MW MOnOratOns PrOvIdOd there is a sufficient drought. The main muthod of
too
Sea a00
SON 1,i increasing the efficiency of glass furnaces heated by gas of low C.V. is tin pn. i
9g00
g .e**
hosting of gas to high tmW* The preheating t4op. can roach IpIWO-1#200 C. X06
'1 00
VV
-!it the r*94mrst0re are extended. A max. reduction of the resistance to the goo 800
llvv: i111 new
and imereaso of drought are necessary conditions (for glass farnac" using
Of &Lt461GKAL LifCCATU01 4CLAIJOICAT1044 =00
Rao.. ti-tsiv. moo
T~-
0- nlt~ ,,;Kowa 1 M 4"
0 0 0 0 0 a 0 0 A , 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0t
4 *:::Oooeo*ooo:::::I:Ooooooooooooooo4poeI
0 0 0 00 0 0 e A

,qc
Improved construction of eassmehing furoaceit. I i I
P4101TVIIALOV AND G. V. POT(ITWAV A- SIM,# I Ke"M . 8 (W
x (IMS1 .--A rrvicw is givin'61 Po"ible inlpmvesnrnf~
reflected in -Ternponiry 3pecificAtion, for the mn,trucliml j)f
KL&~mclting furnaces." published in H ;' K,

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0 'C :0000
oo a .00
Role of regenerators in raWng output of tanks. G V l'o-ror- -00
09 k1o I Kerdm.. 7 17! (IOU), A o4ft;~,Wtlc
00 a SKAVA- Ste -00
iijii~ tank can oprinate on gas of 951) to ItAX) cal.im.A The
allowable minimum calorifw value of Is- depends an the jr- p- -00
mrability and thermal resistance of the prmmtiw Surfar" of the. i111041
0o ent draft
00 4 burners and repnentr", provided there i% suffici =06
Heating of air and gas to high temperalum is the chief Inc-alls
00 of raising the output of tanks operating on low calorific gas. zoo
43 111 the cw%c of existing tanki using low caWific g3i, air and K-1,
00 a a 0 0
peratures of 1100* to 1200*C. can be attained by extending
I;tme roe
00 1 height of regeticrutor chambers through the construction
,f %hallIm burners and also by using shaped nozzle brick -00
Cla.~ thouki come from reicenerators tit 34W it) 35W CI. 28:0 0
Cerans. Abilratit, 1031, ]all., it 111f IlXK.
zoo
300
J
t!oe
7 -
.,..$L& "TALLURGICAL LITEMA!L~~ILASSWKAI`100 tso
wee
jc.. 40.4n.
M~ d.t IoNg 0-- It,
Al/l I ... 1 -1 IAIJ 0
f F 0 J T LA An A S g V 43.1.
U S AT 00 AS * a 01 PC It it It K KA n 1 14 it (W 0 0 9 1 ff GO 0 a a j 014;
iOT44 0 10"010110"01101:0000*0000000000000000000000000
o~loo:o:::iooeoooooooeoeoooooooeooooooocoooooooo:~

R Onerators in failing output of tanks. G. V.
-ZL4 5141a i Keraw. 7. No. 7. P1,22(lW41); if
(A. 44, MAW -A cortrttly designed unk can operme on
Xa* of 9NO-10(w) cal./cu. m. Allowable ntin. calorific Valli,
th a vas dtp--nds act gas permeability and thermal n -ktancr
,4 thr proteciivc surfarri of Immer,4 and regrnerate". pen.
"Irif there Is sufficicot dr-aft. Chief rnrans of r.skinj not -
put of tankq tnwr4ting no low rah-wirk IrAs Is to N-at air and
gAv to high teintm. I" the caw of existing tanim which u~
low CiIncific K.44, air ind Ps temps. of I low's-L)W), Curt 1~
attainrd thrunghrilrnMon of height of rrVneralor ch.imlwr
hy cmionic6ig hAftlrss burners and Amy by iming ~hjpn;
notti, bri~-k. (~uws coming from rrgvnrra1nr% q1tinild hr at
:OVI~3!01 . H. Z. Kamich

POTqTSKAYA G. V.
Vlt.L -7:'
W -f W W W W W No
WI'%I W %F W V W- WV W W W W %0 V W W V
I zz 21 24 25 26 17 z3 JO 31 12 13 34 )3 A I? Al M 49 41 42 43
F c N I R S 7 U Y
V X T I AA 08 CC W L

(IG
7 1ST AND 2 NO GROF 5 A.1
PROCOM AND PkUPIRT11%. INDEX

ctrtrftyl 3191lig I
Aeru m., 3 181 S-lu (LU46) . 'r Uyer U.Z;JJA Ifilex.
corresponding to 2.4 Sm. of All per m.1 of glus-s, is suf-
&-icialy siuble. The umouist ol Aj precipitating uii the
glass is Uot directly proportional to the colimilratioll of
a
2araijujis
AINUI in the solistiun, For cach group of pre)
"W; ,
there is mi upthimm cuncentritivii of Ag. I'liv fiisL
PQUring of At solution uit Elie gli,s gives the maxilisilin
thit:kliess of the Ag Jaye.; ub5alucin pouring!i of the

r sauji: concentration give thinner deposits (it Ag un the
gliss 50 (11.11 fewer puurijig5 itre rccummendcd. A wlu-
lion conWilling LOO gill, of AgN(),, 075 ml. of 10"t; caustic
PotuAl !*OIULiull, 35U ml. of 25% M1,011, and 22 liters of
Wuter wai,foujul to IiL must mconoinical. The reducing
agein its a 70,7,) iultitioti of invert -itigur taken in the ratio of
1;20 of Ailm iulutirjll~ Two pimiriiig-s are made with u

4 coliwct time of 5 to 0 miji.; Elie teinper.ittirc j,., 25'C,
W.
i
13. Z. K. i

i"
j

POTOTSKAYA G. V
4n
to 00 390 A&D JTN OvIC41
PROCMEt AW P;MPX9T11,-
eA
raising-output o4ftAnks. M W
MAY IM ~Oorwtt, :1 -17! -18-22 (105A
It, -A correctly do.
nk cati oper)(tt-6n gas cif Or)O to 1000 catdm,'. The
allowable m1ninlum calorific %-AlqC of ;Kas dcpc"ds an the 9113 W,
mcability and thumd reAl9tance oZ Lhe protective surfaces of the
-burners and rcjfcn~rators, provhlc(l tllcre fit ivillriclent draft.,
Heating of air and to to Will kinperatures k the chief mmt
of ralsing the output of tntiks ;5parating an low calorific, gas.
In the case of "IttIng taniks *uxing low calorific gas, atr and gav
temperattim. 6111000 to 000'C, can be attRined by cxttndlttg
the height of r"encrator chumbern 'through the construction
of shaftless burners god ilso 'by 11sIng shared nozzle brick.
IGMes should 'come lrbm fegOleraws at 3WO to MO. Cf.
Ceram. A bstrevii, 1051, jAh., p. 16f. n.Z,K.
li It I L ARITALUMCAL UTIRATURi CLAHIFICATICk
WIM WIRY -
f r-0 0 Oi-j- 141010 kit atly 0111 V11131 4M
Iry., Uif AY-06AW-T-1-5 -A.% U 0 If N, IW.-#1-0-a ~-c
a 0 a a 0 a a ;P a 'go

~C5
1ZM MWism glass UAs for AM Om&-L. 0, Gtxt)t',vtRo and G. V. POIGINKAYA
(Stek. Keram.. 9, No. 10. .19, 1951). To achieve complete purification of shect-gla"
the mu. temps. amid be maintained in tanks between the 2nd and 3rd burnit, ,
the temp. curve should f" smoothly towards the chamber bcIoA the machine, in front
of the screen there should be a non-maction zone of sulficicrit site with a temp. main-
tained at --~ 1.300 C. A high ftrea of homoCcruzation can be aLhic%icd if glass
re"Mim for a long time in the furruice and if them am interse free convection streants
betaven the rctinin* an.4 cooling parts of the tank. The tank should bc mcianguiar
without any njrrow n in the sewn region or where the machine channel starts. It is
advisable to build L"I with large refining and cooling area% since this will make it
possible to incre3se ft temp. as well as the out t The thcrnut effixiency per unit
output of lati-irc-sin tanks is higher than that orlall tanks. The optimum temps.
should be detcrmined for each tank individually. Tank construction -Aith completc
isolation of the melting zaric and %ith the glass flo%ing %en"Ity is favoured. The
sim of a tank could be reduced by mechanical mi%ing; this problcm should t-C U)I%,cd
as soon as posviblc~

BC S.
Owe the 'Scisma at we"
X.. TX"." 7". 1~ '.r~"96t'
M jC j!;;"DA4-
b-1--- a"
t=
draugll~ W.7&1 - I I '~'. 'j
.. . _ C.V ye~X!
-h 1.1:0-thrgo~'fi_ -4= of dr-vA9btj&=rc: f. C.
t"i%U.c t. "P'
furr"m hmM be based an I recomem
0 C.v. S.) TO~
sat
is thom
tb C J, gS',.cb:WjTjFCj
'.-.S.*Id -b. c-, 't~a "wo-raloc
It the temp. o1 ga'm'
tables-)

Oo 0 0 0 0 * 0 0 o o 0 0 *10 0 0,0
I It I I 1 10 It 11 11 14 Is 14 17 If it
It I A L a
00 A
00
002
00
to 0
*00
sox
All
0 g a a a W W W W
0000900000000000!
to 11 9 13 Is is 111 11 111 x a It a 43 ad a is 0
d# I 1~ -L-" - . _,q_, - I
1.0 A~D .1. clo"I
Reafiandswg In after whatiledpitm in M&4 Murom
VIPloMrUVA AND G. V, P(MITS"YA.
K raw., 3 181 F-10 (19414). -A -ilvrr lAYCT 41:L10 thick.
'
i
(
, %u
of glad,
corr"llooding to 2.4 Sol. of As twr in.
h
e
The amount of AS PfcciPitittinir lift t
stithle.
slass L% not directly prnlxwt"W to the concentration of
AgNO. in the solution. For each group of jvrpumtion~
there is an optimum concentration of AS. Thr firif
pouring of AS solution on the SIA--^ gi%v% the nuoLimunt
thickness of the As layer; sutv~cquent pouring, of the
same concentration give thinner dc"i(% of As on the
IlLms SO that fewer pouring-; are recommended. A vAu- 1. gee
tion containing I&I Sm. of AgNO~, 1075 ml. of 10'; caustic 9
potash solution. -jW Mi. of 25ef SH.011, and 22 filer% of
water was found to be most economical. The reducing
agent is a 71-0 solution of invert sugar tiken in the rAtio of Zoe
1:20 of silver solution. Two pouring% arc owde with
contact time of 5 to 6 min.. the temperature i. 21."'C'
SOO
2 goo
goo
SOO
Afts.11.16, INITALLUCGICAL 1.111111AIIIIIII CLASUFKAIIN
I'llatj mss, 041 all( oil I,I-I-aw Qv lot
U
0 or K IS a x IN PC Is i~ tc at A I 1 8 OW 0 9 ff -1 W IN -3 d3 3, a W wpm
I I'LA
0 0 0 0 010 0
IOT44
0

ISC-S
aa,64~ Aov
---, -
1 *0 1"1. 1. 1 Z=wz tua.
1w
'n~7r
O(o~ly

POTOTSKAYA, I..j.
Comparative characteristics of the cutaneous nerve endings in tuber-
culoid and lepromatous leprosy. Vest.ven. i dorm. 30 no.4:58-59
Jl-Ag 156. (MItRA 9:10)
1. Iz Kubanskogo meditsinekogo instituta.
(LEPROSY) (SKIN-- UDMRVAT ION)

POTOTSKAYA, I.V.; TSYKIA, N.P.
Primary production of plankton in IpSirdyunmk Reservcir.
Dokl. AN SSSR 155 no. 3:680-682 14:1 IQ. (MIRA 17:5)
1. VolEogradskoye otdeleruiyc~ Cogudarstvennrgo nauchno-issiedova-
teltskogo instituta czernogo I rechnogo rybnogo khozyaystva.

". - I 1 1 .
pulufsK.~A, i.V.;
Change a in c I-Le in
tion with the of
(22d Congress of CHU). V k I - 178-179 162. (141RA
ledovatel instlUltfl
c,2.6rnogo i rt,-~hrvj~zti
V o I ga Plankton)

POTOTSKA
Phytoplftnkton of Simferopol' Reservoir during tha firat year of
its existence. Tmdv Karad. biol. eta. no.14:70-81 '57.
(Simferopol' Reservoir--Phy-toplankton) (MLRA 10:8)

FILIDBERG, Klavdiya Antonovna; YASLOBOYSHCHIKOVA, A.S., red.; POTOTSKAYA,
L.A., tekhn. red.
[Table grape varieties in the Donets Basin]Stolovye sorta vino-
grada v Donbasse. Kiev, Gossellkhozizdat USSR, 1962. 151 P.
(MIRA 15:11)
(Donets Basin--Grapes-Varieties)

(RIATYSHkK, Anatoliy Ivanovich, prof.; CHERENIKO, M.P., red.;
POTOTSKAYA, L.A., tekhn. red.; OUCHUFAK, V.D., tek-hn. red.
[Cancer of the thyroid gland]Rak shchitovidnoi zhelezy. Kiev,
Gosmedizdat USSR, 1962. 174 P. WIELA 15:8)
(TffPOID GIADD-CANCER)

FUNCHENOK N.A.; PUTOFTSKAYA, L.Ye.; PODOLISKAYA, I.Yu. (Leningrad)
Fanctional state of the adrenal cortex in newborn infanta. Frobl.
endok. i gorm. no.2:67-73t63. MU 16.-7)
1. To otdoleniya novorozhdonnykh (starshiy nauchnyy sgtrudnik N6A.
Panchemk),laboratorii endokrinologii (nattchnyy rukovuaitell -
daystvitellnyy chlen AMN S= , prof. V.G.Baranov) i kliniko-
diagnostichoskoy laboratorii Instituta akusherstva i gineko-
logii (direktor - prof. M.A.Petrov-lkslakov) AMN SSSR.
(ADRENAL CORTEX) (INFANTS (NEWBORN))

POTOTSKAYA, L.Ye,', MOGILYATSKAYA, B.A.
Effectiveness of hemostim-alin in the treatment of anemias in
pregnancy [trith su=mary in English] . Akush. i gin. -,44, no'4:36-79
ji-Ag '58 (M;~; 11:9)
1. Iz kliniko-dingnosticheskoy laboratorii (zav. - kand.medonauk
H.L. Vasilevskaya) i otdeleniya fiziologii i patologii beremennosti
(zav. - prof. S.M. Bekker) Instituta akusherstva i ginekologii -AMN
SSSR (dir. - chlen-korrespondent AMN SSSR prof. P.A. Beloshapko).
(ANEMIA, HYPOCHROYLIC, in pregn.
ther., hemostimulin (Rua))
(PREGNANCY, compi.
anemia, hypochromic, hemostimulin ther. (R-as))

ACC NRz
AR6035050 SOURCE CODE: UR/0058/66/000/008/EO70/EO70
AUTHOR: Mirzoyev, B. R. ; Agaronov, B. S. ; Lebedeva, N. 1. ; Pototskaya, N. P.
TITLE, : Derivation and investigation of some electrical properties of the new
semiconducting compound In4S5
SOURCE: Ref. zh. Fizika, Abs. 8E535
REF SOURCE: Uch. zap. Azerb. un-tSer. fiz. -matem. n., no. 4, 1965, 57-60
TOPIC TAGS: electric property, indium sulfide,
semiconductor
IZ, A~ &-nj
ABSTRACT: The In S phase is obtained by alloying In an S, taken in a
4
stoichiometric ratio. Investigations of the relationship between temperature and
electrical conductivity (cr) , thermo electromotive force, and photoconductivity
S5 is a p-type semiconductor with a forbidden-band widt';
indicated that In4 h of
0. 8 ev, with cr: = (2 to 5) x 10-5 ohm-lem-1, and with a maximum photos ensitivity
lying within a 1. 2-1. 3-/,4 range. [Translation of abstract] [NTJ
SUB CODE: 20/
Card I 11

MAMBETOV, A.A.; POTOTSKAY6. N.P.
r%
~Olnposition and phast- tr.7insl tion, )f niohium pentoxide hydroj-cj -, I
t ~7 "u. ! ~: ~)
Av r-rb -kb I r! v vr'i 'I r -r1r) - 'i : 77-'~'/ 15` 0 11 .4. ; z
(floblum oxide)

7 .,-11
Jan.- 1952-,
------------
!dashov,ets, V.P., Pototska P, V K 't I it r ov, Ndnd Turomishitia (All- _Unionlnsti tuzlt:
arneters of tsit ekeetra
gf Aturninum--Mags ~,:ivt olgeo"Ittric par, lytiC ChEkMbCr Oil
init, 154-66
Aht distribution of electrical citergy
finuk, S.S.S R.,
Vol.

4- USSR/Chemistry - Production of Aluminum Feb 51
Effect of the Geometric Papameters of an E-lec-
trolytic Cell on the Distribution of Electric
Energy in it," V. M. Mashovets, N. V. Pototskaya,
W. L. Komarov, U. F~ Yuromshina, All-Union Alumi-
num-Magnesium Inst
"Zbur Prik nim" Vol XM, No 2, PP 154-166
Studied structure of elec fld in flat model of Al
bath with Cu electrodes and electrolyte of 150
9/1 CuS04-5H 0, 49 g/l H2SO4, and 50 9/1 a1c..
Clarified effect of distance from anode to side
177T14
USSR/Chemistry Production of Aluminum Feb 51
(Contd)
valls, depth of electrolyte, and interelectrode
distance for cells vith working and insulated
side walls. Proposed more satisfactory formula
for "reduced" cross section of electrolyte.
FA
0
~x -,
~i0
. -r. .

GTMPL Vol. 5-NO- I Jan. 1952
N.v..
NJ
,.I A III
AkedemiYO Nmuk, S.S.S R., DOklady Vol . Aff, No. .3"6

A I.,
I a x
40
,
OOA .... .....

so
662 1."
1l i*eo
004 Bi

op 1!
. 1;

,
0,
0
1
00 a wl i
7385s Inflarm" at G-Idr Pmr6mvlr"
001)
004 Ij Appwals, Widd'a "wo *1 M"eks'
(in V. P. Mashavets, N. V. KA ya. N. L
MI
I(
WA
goo
M
rA4
Komarov' and U. F. Tuftmuhlnc ZhurrW
Nournal of ApplW PhYsIcs), v. 24. Feb. 1951. p. 154-180. COO
jjeauks of expaimmtal Investigation of the above. usIns a
ohte bath for ptoduction
s in the cf
doj 0:06
c
on
y
to repesent con
e uNiated aDd sbown paphl-UY. M- p-del w" A
of AL ar o0
kdrode bath consw-ing CuSO,-51-1.0, HSO., and =00
500
200
goo

A 14 - S L A "TAL'LURGKAL LITIMATtIfig CLOSIVOCATION C900
slam SITINJIV. -~ I claw 40"Iny .
us-,o,,Iv* ; ;;,,, ;*, ;4; t, g'Vn; jl~:AAI 11low 0 a a I V 14 a a I
0o 0000400000000600406 0100*1000060000000000000
0000000000000400000000*0000000000000*400000

-WO:, W 0-0
WWWIV~Wv *0q**00*wW___
SWC.0,01W. I
gal 1) it U 0 W I? a it U a 14 b ad 17 A P In It
a (_z 1_1 I- ti- AL_k A It r U I-A4 a IX W ff 9

00

00 it 73-C. Inflwarp of Gpostirlde Pars-
Ap t:alus n
vs

00 C! 1111alrito it,
~,V,thg, rh ,
11
alrtvr
gl
4111 Ittg
I V
%I
h
,,-
a
im
.
.
,is
sji~
velit
,Wt
N V V
M L K
k
-

00 ~
.
s
w1ki,
aya
_ F
66a' ~T
-v
- Turomrolona
Zhwnot
00
60 .
~
.
.
P,skladmw Khimit Ootirnnl of App]W
,f Vhy--wmi. v. 24. Feb. 1431.13. 154-1#%.
t
00 Z I
-1111A rd exp.-rhilental jn~.-Miga~

00 thItt t"ItrK 11 111-1H to rpl,reornt -m- 4WO
1111mr- sit tht- cry,dato I,nth f- Irl,.
09 dUettun if Al. The nu~hq ~1-
zo

00 13 single-eler-I rode truth consixting of

CuSO-5114), MSO, find alcoh.4,
o:
!

*0 1 (723. At i

9 0 i'00

00
_00

00
Alp 0

SL. tf~1111VGK.t L111941L~f Cl-WI(CATICh it m 'Z0 0
Use

04 if IV ct if if O(I J.1
NLO It I X.
0000000000*0000000000*100000000000000000000oo*
~_O_q 0 0 0 0 0 0 * 0 -0 0 0 0 0 * 0 00000010600 000001000000000A

POMTSKAYA, V. A.
Some laarvae of the genus 1.--throb-llum Gravenhorst. (Coleoptera.,
SLaphylJnidae). Zool.zhur. 44 no.8:1265.-1269 165.
(MIRA 18:11)
1. Laboratorlya pochvennoy zoologli inst.1 t,uUi atur-fologi I
zbivotnyldl AN SSSR, Moskva,

im r~
Mannerrie, 'a
882 165-
zil ykh
y ~ %r I
T_r..3 ij !a iu,~r tz.
1. Taboratcrip~ pochvt3nrif'.
AN SSSR- MDsk-va-

SHTAKELIBERG, A.A.; DE,',!FNTIYEV, G.P.; POTOTSYJIYA, V.A.
Reviews. Zool. zhur. -1.4 no.4:633-636 T65.
(mip~ 18: f, *,

UF'UNOVA, V-M-; GROXHOVSKAYA. 1.M.; BUDAK, A.P.; GAYKO. B.A.1 VINOGRADOVA,
I.D.; PMOTSKATA, Y.A.
Zxperiment in treating plants with insecticides to control blood-
sucking flies and midges under natural conditions [with inglish
summary in insert]. Zool.zhur. 35 no.9:1335-1341 S 156.
(MLRA 9:12)
1. Otdol parazitologii I meditainakoy zoologii Institnta epidemi%~-
logii t m1krobioloeli iment N.Y.Gamalays Akademii meditsinakikh
n#L12 SSSR.
(Diptera) (Insecticides)

, , ,
Y" v p Cal oT s y "Y
IEBEEDSV v Ill.. ILI I G
Sg YU.S.;
of
'ItUdy
1.1a t P r Oll t'r'~ L
Cl
. -, lern part,
in the
110_1. 164-
i,cokhlm. -!56

POTOTSKAYA, Yu.S.
Une oi' moot decorati-au bulbcu:5 flowe-r-ir-L in iaridscr*e
gardening. Izv. All KJ-r- SSR. Ser. blul. nauk, 5 no.2135-38
163. OMIRA 16z9)

--,
C- '~Jal
'if., , I r- y .TZf~ Ea(la AN rlr.
Biology of ro5es In th~:
SSR no.D59-74 164. WIRA 18-,6)

FMOTSKAUA-W.
.0pow0wo
Iris germanica iu the Om Valley. Izv. AN r1r.SSR Ssr.biol.nauk
1 no.3:99-107 159. (MIRA 13:7)
(WU YAWAY-IRIS)

pcm~SKAYAI Y,1.3. -
- r.-icel Garden. jz,7.jk,N Kir.-SSI.R.Ser.biol.
Dahlias in the F-T'lmze ~Gta ~ JIV-IL -jr-ill
nauk 4 no.3;95-".()3 162. (FRUN-LE-DIIALIAS) %-- -,

POTDTSZ--AYA-MAKAROVA, L.V.
late results of tuberculous meningitis in children. '70p.okh.
mat.i det. 5 no.3:49-56 W-Je 160. O(IRA 13:7)
1. Iz kafedry detakikh bolezney (zav. - prof. Ye.N. Tretlyakov)
i kafedr7 paikhiatrit (zav. - prof. A.Yu. Vyyasnovskly) Bash-
kirskogo meditsinakogo inatituta imeni 15-letiya Vaeeoyuznogo
Leniuskogo kommunisticheakogo soyaza molodezhi (dir. - dots.
N.Y. Vorob 'yev).
(NOINGIS--TUBXRCMSI S)

POTOTSKIT, A. (g.Lugansk)
Simple flow detector. Radio no.6:23 Je 160. (MIRA 13:7)
(Metallography)
(Blectronic measurements)

PUTPCTLSKIY, A.I. , inzh.
Uning welded for -,-- I- . - r_
7-.8 S 1619, ( -11 rL~-! '. C-', ~ , "
1. Obl'yodineniye n-ftyarioy prouryahlenrosti Yrasnodarska.go lxaya.
(G,-L:3 -aoll f-asing)

POTOTSKIY, A.I., inzh.
Efficient method for sinking bore-pit pipes at a drilling a--aricn,
Bezop.truda v prom. 6 no.4:26-27 Ap 162. (WRA 15%5)
1. Kanevskaya kontora bureniya No.1 Krasnodarskogo sovnarkhoza.
(Kanevskaya region-Oil well drilling)

DANOVSKIYq Leonid Mechislavoyieho dots.,, kand. takhn. nuaki GHOHOVy
L.K.g kand. tekbn. nauk, dotsent; ANTONOV9 Yu.A.9 dots.; Y4LICHAKOV,
K.V.q inzh.; XO=UV.9 I.A., kabd. tekhn. naukq dotsent; tHASHGFXIq
N.P.9 inzh.; HIROSHIH9 F.V.7 dotsent; INOZEKTSEVv A.A.9 in2h.; FE-
GWGB. D.A,,v dotsent; KOVALKV9 N.F.9 inzh.; SINKIN, P.A.9 in2h.;
~OTOTSKIYP G.I., inzh., red.; UMKOi L.A.,, tekbn. red.
(Track work in sections with heavy freight treffic; from the
experience of the Omsk and Tomsk Railroads] Putevye rAbty na gru-
zonapriazhennykh uchastkakh; iz opyta Omskoi i Tomakoi dorog. 14o-
skva, Vses. izdatellsko-poligr. ob"edinenie Y-va putei soobshche-
Mia, 1961. 102 p. (MIRA 14:7)
(Railroads--44aintenance and-repair) (Rail-roads-Freight)

POTOTSKIYP G.I.,, *nzh.
Time and work nor= for track works. Put' i [jut.k-hoz. 5 no.9:44-/,,6
S 161. (XIRA 14:10)
(Pailroads-Maintenance and repair)

BOLOTIN, VaSilly Ivanovich; UMMIN, Mikhail Isakovich; SOROKIN,
Nikolay Nikola7evich; OSIPCV, M.I., inzh., retsenzent
[deceased]; POTOTSKU, G.I-., inzh.., red.; USENKO, L.A. P
tekhn. reds-I
(Manual for a track foreman] Posobie brigadira puti. Moskva,
Transzheldorizdat, 1962. 346 p. (MIRA 15:6)
(Railroads,-44aintenance and repair)

ALIBREKHT, V.G., prof.; DUBITSKIY, MA.,-kaad. tekhn. nauk; ISAKOV,
L.M., kand. tekhn. nauk, dots.; KONDAKOV, N.P., kand.
tekhn.nauk., dots.; Prinimall uchastiye: SHn1GA, V.Ya.,
kand. tekhn. nauk, dots.; ANGELEYKO, V.I., prof.; CHLENOV,
M.T., kand. tekhn.nauk, retsenzent; TIKHOMIROV, V.I., inzh.,
retsenzent; POTOTSKIY, I., inshg, red.; MMVEDEVA, M.A.,
tekhn. red.'
(Planning of the organization of track maintenance and repair
work] Proektirovanie organizataii putevykh rabot. (By] V.G.
Allbrekbt I dr. Moskva, Transzheldorizdat, 1963. 186 p.
(MIRA 16:9)
(Railroads-Track)

SEMENCHENKO, F.Ya., Geroy Sotsialisticheskogo truda, starshiy dorozhnyy
master; ISAKOV, j.F., kand. tekhn. nauk; KOBETS, N.G., starshiy
dorozhnyy master; VQ:,DSHKO, Yu.D., kand. tekhn. nauk; GHEUUSSKIY,
M.M., inzh.; SHATERKOV, V.I., kand. tekhn. nauk, LIMVSKIY, R.S.,
kand.tekhn.nauk; FRISHMAN, M.A., prof., red.;.POTOTSKIY, G.I.,
inzh., red.; VOROBIYEVA, L.V., tekhn. red.
(Current maintenance and repair of tracks]Tekushchee soderzhanie
i remont puti; opyt puteitsev Nizhnedneprovsk-Uzlovskoi distantsii
Pridneprovskoi dorogi. Moskva, Transzheldorizdat, 1962. 55 P.
(MIRA 16:1)
(Railroads--Maintenance and repair)

, 4 , - LEpicm, N.A.
POTOTSKIY3 G.I. -Lnzl,oj
- of in,-,4ce, 'r 1 `- 4" ~ !::,i-l -
PS tr, - ~
The - e Iri 5 1 '-'1 - - . - ~m: !-P :5 i
9 no.5:19-20 '65-
1. Nachal'rlik Semenovskoy diotantsii Puti, Gorlkovokoy dorogi.
.L

CHLENOV, M.T., kand.tekhn. nauk;_Z~=KJY,_G.L~ inzh., red.;
VERINA, G.P... tekhn. red,
[Manual for the track valker) Rukovodstvo putevomu ob-
~L
k~odchiku. Moskva, TranazheldoAzdat, 1962. 159 P.
(MIRA 16:7)
1. Russia (1923- U.S.S.R.) MLmisterstvo putey soobshcheniya.
(Railroads--Track)

BEZRUCH.KO, V.S., inzh.; GOROZA, Z.I., inzh.; CHERNOBROVKIN, N.A.,
inzh.; SHARBATOV9 I.T., inzh., retsenzent; ZHEREBIN,
M.I., inzh., retsenzent [decea9ed1;,B_QTGTSKIY, G.I.,
Inzh., red.; USENKO, L.A., tekhn. red.
(Handbook for the track supervisor) Spravochnik dorozhnogo
mastexp. Moskva, Tran*szheldorizdat, 1963. 477 p.
(KRA 16:7)
(Railroads--Track)

SIDOREENKO G.S.; 7,HFqEBTSOV, I.V., inzh. (Dnepropetrovsk)- POTOTSK G.I., inzh.
2r i
More about the methods of curve alignment. Put' i puts khoz. 9 no.2:
28-29 165. (MIRA 18:7)
1. Starshiy inzh. Dorptoyekta, Donetsk (for Sidorenko).

KANTOR, V.B.1-POTOTSKIY, G.L, red.; KHITROV, F.A., tekhn. red.
[Leaders in outstarAing track mainten=cel Mastera otlichnogo so-
derzhaniia puti; sbornik state-J. Moskva, Vaes. izdp-tellsko-Doligr.
ob"edinenie M-va putei soobshcheniia, 1960. 78 p. (MIRA-14:7)
(Railroads-EmployeeB)

EMNIS, Zosim Leybovich; KOTOV, Sergey Ivanovich; IVANOV, Anato:Liy Petro-
vich; POTOTSKIY, G.I., inzho, red.; MIMMEVA, M.A., tekhn. red.
W
[Cormumist labor railroad division; experience of the Orlovskaya. ,-
division of the Moscow Railroad] Distantsiia. puti kommmisticbe-
skogo truda; opyt Orlovskoi distantsii Moskovskoi dorogi~- Mosk7a,
Vses. izdatellsko4oligr. ob"edinenie M-va putei soobshcheniia,
1961. 60 p. NEU 14:7)
(Railroads-44aintenance and repair)

POTOTSKIrl G*I,p otv. za vypusk; BOBROVA, YeN.9 tekhnerede
(StAndard technological2u grounded time and PrOductiOn
for laying narrow-gauge tracks] Tipovye tekhnicheaki oboanovamwe
normq vremeni i vyrabotki na putevye raboty; uzkaia koleia.
Moskva, Vses.izdatellsko-poligr.obiledinanie M-va putei soobsbcbeniial
1961. 79 p. . (MIRA 24:7)
1, Russia (1923- U.S.S.R.) Glavnoye upravleniye pati i sooruzbeniy.
(Railroadst Narrow-gauge-Construction)

POVARENKOV, Sergey Dmitriyevich; MDROSIIKINj Aleksey Sergeyevich;
TRETIYAKOV, Aleksandr Dmitriyevich; inzh.,
reteenzent; SEFG=A) A.I., inzh., red.; DUTPOVA, N.A.,
tekhn. red.
[Maintenance and repair of the railroad track] Soderzhanie i
remont zheleznodorozhnogo puti. Moskva, Vses.izdatellsko-
poligr. ob"edinenie M-va putoi soobsbeheniiap 1962. 374 p.
(MIRA 15-3)
(Railroads-Track)

POTOTSKIY v G.I. 9 otv. za. vypusk; VOROTNIKOVA, L.F. p tokhr-red.
(Standard technologically grounded production norms for track
repair) Tipove tekhnichaskie oboonovanrore nomV vyrapotki na
rabotu po remontu puti. Mbskva, VBea.izdatol'vko-poligr.
obwedinenie H-va putei soobshchaniiag 1961. 274 p. (MIRA 14:6)
1. Russia (19Z~- U.S.S.R.) G]Avn(oo_upravleniye puti i sooru-
zhenly.
(Railroads--Maintenance and repair)

POTOTSKIT, G.I., otv. za vypusk; BQBROVA, Te.N., takhn.red.
(Instruction fot current trnok maintenance] Inatruktaila po
takushchemu. soderzhanilu zhcleznodorothnogn puti. Moskva, Vron.
izdatel'sko-poligr.ob"edinenia M-va putei soobahchonlia, 1960.
187 P. (MIRA 13:6)
1. Rassia (192)- U.S.S.R.) Glavnoye upravleniya puti i oooru-
zheniy.
(Railroads--Track)

SOROKIN, Nikolay Nikolayevich, iazhener;,_P( G.I., inzhenar. redaktor.
-AOTSKJ~~
UMINA. G.P., t6khnichas Ky radaktor
Nanual for the section foram&&] Rukovodstvo brigadiru putai. Izd.
5-0a, perar. Moskva, GoB. tranap.zhal-dor. izd-vo, 1956'. 334 p.
(Railroads--Track) (MISA 9:12)

POTOTSKIY, G.I., otv. za vy-pusk;BOBROVA, Ye.N., tekhn. red.
(Technicall,v justified - standard work norms for snow control
operations; effective simultaneously with the new wage system
for workers] Tipovy-e -tekhnicheski obosnovannye normy vyrabotki
na raboty po snegobor'be. (Vvodiatsia v deistvie odnovremenno
s novymi usloviiami oplaty truda rabochikh) Moskva, Vses.
izdatel'sko-poligr. ob"edinenie 11-va putei soobshcheniia .
1961. 38 p. (MI.RA 14 - 12)
1. Russia (1923- U.S.S.R.) Glavnoye upravleniye puti i sooru-
zheniy.
(Railroads-Snow protection and removal)
(Production stardards)

POTOTSKIY Gri oriy Ivago
.1 - ~ch, inzh.; GERASIMOV, F.M., inzh., red.;
PK:01. L.A., tekhn. red.
I
[Brigades of comunist labor in track mintenance and operation]
Brigady ko=mnistichoskogo truda v putevom khoziaistve. Moskva,,
Vses. izdatellsko-poligr. ob"edinenie M-va putei soobshcheniia,
1961. 82 p. (MIFA 14:12)
(Railroads-Employees)

BERSHOV, Yevgeniy Pavlovich;POTOTSKIY, G.I., inzh., red.; VOROTNIKOVA, L~F..,
tekhn. red. -
(Galculation of the correction of rail-road cu--,es! ?aschet vyPravki
zhelezznodorozhnykh krivykh. Moskvay Vses.izdatel2sko-poligr.ob"edi-
nenie M-va putei soobshcheniia, 1961. 34 P. WM 14:12)
(Railroad engineering)

CaMYSHEY, K.A., kand.takhn.nauk; SHAKHOUNTS, G.M., prof., dol~tor
tekhn.nauk; KOVALUSKIT, D.Y., inzh.; MOTSKI
FROKOFIYNV, P.P., inzh.; GOLOYANOT, A.L.. red.; XARDYKIN, A.Te.,
takhn.red.
(Progressive technology of railroad track work] Peredovaia
tekhnologils putevykh rabot. Moskva, Goe.trsnep.zhel-dorAzd-vo,
1951. 106 p. (MIRA 12:3)
1. Glavuyy inzhener Glavnogo upravlentys putevogo khozyayetva
Hinisterstva putey soobahcheniya (for Chernyahav).
(Railroads--Track)

- P
GAVRILOV, 9.Yn., inzll., .0a)TSK,IY, G.I.. bizh., rnd.; MATSINDVSKATA.
Yo.M., tekhn.red. I
[Handbook for the track inspector] Pamlatka putevonu
Okbodchiku. Izd-3-, parer. Moskva, Gos. tranap. zhel-dor.
izd-vo, 1951. 28 -D (14IRb. 11:12)
(Raiirnadn-Maintenance and repair)

T. 01 Illya Borisovich; LIDERS, Georgiy Vladimirovich; POTOTSKIY, G.I.,
red.; KHITROV, P,A., tekhn.red.
(*Draga-7tsev" ballast cleaner] Kashins Dragavtoeva. Moskva, Vaes.
izdatelisko-poligr.ob*edinenie X-va putei soobahcheniia, 1960.
33 P. 04IRA 13:9)
(Railroads--Equipment and supplies) (Ballast (Railroads))

6,
NAUM04A.N inzhener, redaktor; 'OTSKIY G-1.4 inzhener, KANTOR,V.B.,
M~
inz;elner, redaktor; VIIRDIA.G.Fe~teeekiy rodalctor
[Progressive working methods in the management of the railroad
track] Peredovye metody truda v putevom khozialstve. Moskva,
Ros.transp.zhel-dor. izd-vo. 1955. 207 p. (MLRA 9:3)
(Railroads--Track)

KRASN'YKH, Gri.-oriy Borisovich# insh.; KOHYAYEV, Vasiliy Grigorlyevich,
inzh.; POTOTSKIY, G.I., inzh., red.; VERINA, G.P., takhn.red.
LKechanized removal of snow at a major terminal; work practices
used at the Sverdlovsk-Sortirovochnyy Terminal and its track
section] Nekhanizirovannaia uborks snega na k--upnom uzle; iz
opyta raboty uzla i distantaii puti Sverdlovsk-Sortirovochnyi.
Koskva, Goo.transp.zhel-dor.izd-vo. 1957. 54 p. (MIRA 13:4)
(Sverdlovsk region--Railroads--Snow protection and removal)

t'cror.s
C

POTOTSKIY, I.I.; TSERAYDIS, G.S.; 14I]TAYEV, A.V.
Histologic nature of lupus vulgaris during various stages of
vitamin D2 therapy. Vest.venere noo2:15-18 14ar-Apr 1951. (CIM 20:9)
1. Of the Dermatological Clinic (Director-Prof. I.I. Pototskiy),
Kuban' Medical Institute, and of Novo-Pokrovsk Tuberculosia
Sanatorium (Head of Skin-Tuberculosis Division--A.V. Rinayev;
Consultant-Prof. I.I. PototBkiy). 2. Prof. I.I. Pototskiy;
Clinical Ordinator G.S. Tseraidis.

FG-TOT,~KH) I. I.
%Ikrobnaia ehzema fl-iicrobial E;czeiaa, A
_/. Krasnodar, Krasncdarskoe kraevoe
gosudarstvenrioe izd-vo, 1952. 93 P.
SO: Ponthly List of Russian Accessions, Vol. 7 No. 2 MaY 1954.

1NOTOTSKI I.I. I - , prof ascor; T-SMAINO, O.S.
Pathohistological characteristics of psoriusiform seborr4sa. Ve8t.yea.i
derm. no.2:54 Mr-Ap 15J. (MLRA 6:5)
1. Kezhnaya klinika Kubauskogo peditainskogo lastituta.
(Glands--Diseases) (Skin--Disease#)

1 ~ f ! -- ~\ , t, ~ I , i ,
- I - GLINER, G.M.
I'Microbal eczema." [professor] I.I.Pototakii. Reviewed by G.M.Gliner.
Vest.ven.i derm.no.1:56-57 Ja-17 '54. (KLRA 7.2)
(Eczema) (Pototslr-ii, I.!.)

POTOTIVOY)I.Y.
POTOTSKIY, I I. g, professor (Krasnodar); FAYRUZOV, R.Z.
Suppurative diseases of the skin in workers of machine-tractor
stations. Vest. van. i derm. no.4:37-38 Jl-Ag 154. (MLRA 7:8)
1. Zaveduyushchly Madvedovskim venerologicheskim punktom (for Fa
,yruzov)
(PYORCM, epidemiolog7
*in tractor workers)
(OCCUPATIONAL DISEASES,
Opyoderma in turactor workers)

pararsKlY., I.I., Prof.
37
Skin jerions in chrollic Vl-'t- ' -1-n- '
no.5:3-7 My 163. (MIRA 17: 5)
1. Kojhnqyrt klinilka Kiyevskogo mditsinskogo in!Ftl -- tuta-
L