SCIENTIFIC ABSTRACT PINAYEVSKAYA, YE. N. - PINCHUK, I. S.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001340910016-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 15, 2000
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PINAYULKAYA e,14.; AMSIMNA, N.L.; GUSEVA, G.G.
,_I_
Aqueous reciprocaa sygt4m of sodi= and calcium ch-rornates and
nitrates. Zhur.prikl.khim. 34 no.8:1722-1739 Ag 161.
(MIRA 14:8)
(Sodium nitrate) (Calcium chromate)

PINAYFVSYATA, Te-N.; AVTC,.`)HI~INA, N.~-j NOc;j\OVA, N.N.
Aqueous rec!Procal system 'r *nil ~^tlrcml--s and blc,LrhA-T.& te 9
of sodium and amnonlum. aar. pr.kl. kr.1-m. 3' nc. 1049-
1000 My '64. 'MIR-A 1"j"'

I ~ 11 , Y ~ , I , "' - . . . .
I .: 1. ~ : ". !, 13 ( ,I i - ;n! - -~,, , I, . . . .-.;, , sm . 9 " r.j, a =-. , r. i 6a n U
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I .
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?INC, Frantisek
Extending t:.e study of' one's own region In the schoolz of t.,.e Nort~.-
Bohemia Pegion. Sbor zem 68 no.1;109-113 163.

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7', I I.
-- 7-,-, :- . . .
. . I . . I I

PDL-jiX T)
;1FOHERGER, Karol &rld PIS'. , Pavel, Military Insti tu ,.#I -j
L!Ienp, Epideminlory, and Mi croblology 'original rot -4 io
orl In Prague (CA *0h0S I OVAki a) Pu I i sh v a rs I on oy Dr.
SK I
WaVI of &itry and Effect of Fnvironment on Course of i i-~ L-ii
lc,%! s iri bhl to Mice."
aar.-Saw, Przeglad Epideml. oglctny. Vol 10. No J, 62, pn !0 1 -
30h.
A b str,&c t IrAu tho r' a Eng I I sh summA ry modi f I ad Autlior-i tum-
inarize experimental result3. Fatality in infection ny cfAn-
111halism -- 75-80. by tracheal penetration -- 100, by ta:r.-jrn
dust 0, by oonjuntival penetration J5. by skin abra-
sloFi 10, and by vaginal penetration 4 percent. .%(Leri-
inia took place 24-48 hours before death, with simultanaou%
Listeria release in urin" and raeces. Serological reactions
wezo negative up to 65 days folloving infection. Au tho t-.q
cc.nqider dogluition of' Listeria as main cause in sprendii-i-,
of Cho diseaso. About half or the 20 references ate fiorL
the hestern Lloc.
F T1 I -1P(C
L 14211-66 EWP(k )/EWP(t) 09-07/09071
sOLHJM~ CODSt CZ700YW57656,VO121
ACC HN AP6026076 Zq (Engimer)
Jmer) I PinO 1
tf,, U" (Engineer)l K"UtsrL F, (Enr
111VEM: -Bscvart J-0
ORO: none too, steel and & wthod of its production. Class 40b- No PV 1667-65
TITIS i ftchirte
SOWICE: 1jutnicko listy. no. 12, 1965, 907
TOPIC TAGSt machira tool induBtr7, motAl machining. ateal industrY, tool Otc0l,
Wt&l friction, &110Y A081
Thn article is an at)stract of authors' Patent Apnlica-
ABSTRAM 667-65, d-~ted 12 1-liarch 65, The
tion No class 40b, 39/54, PV 1 oved machin-
steel produced according to the invention has impr asts T-ong-
Ln ro orties, produces higher quality ourfacest and I in amounts
I
_S_p p o,1 contnins a combination of metal additives
er. The st - ollowing metals: Znp Cd,
(1p to o.5% by weight consisting of the f in-
u tals can bo added together or
Bi, Sn, Pb, Tl, Sb. These Me ompooition of the tool stool. A
dividuallY according to the C r Te is made. The
further addition of 0.1 - 0,4% of So, St 0 e machined object
metal additivesLlocroase t119 friction between th
and the tool LJPU: 34,27-?j
SUB CWZ 1 13, SUBM DATE: no no
Card 1/1

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I . I
,, nw-,vmr, *.oy* , P!o. ` q, T-~, :1-i - '.- - . -. - I' F ' 64 .

PAHAS]CWICZ. J.; PIIICRL. J.
Affect of hypothermis on r:lrmlatory d:,-unmics In cata. Acta nhysiol.
Dolon. 8 no.3:506-508 1957.
1. Z Zakladia FizJopatolo(ji Instytutu Rematologil w Warsanwie Kierownik
Zakladu: kand. nauk. -3ed. J. Panasewicz Dyrektor Instytutu: aoc. dr
A. Trojanowuki.
(InTWHMtHIA. effects.
on blood nressure in r-nts (Pol))
(BLOOD PR=URS, phyBiology,
aff. of hp)othermia in cats (pol))

,Y.%
! SLYNKC, N.Y.; WMAKIN, T.P.; PINCRASOV, R.A. (Taahkent)
I
Use of corticostercids end ArTH in some urological diseases.
Urologita no.4:21-24 164. ( 'C FA 19. 1 ,

VOLIPOVA, Ye.G.; SHALIKOVSKIY, N.G.; ZIIUKOV, I.S.; PITSiA[LUWRJ, V.A.;
PIMIEVSKAYA, i.l-
-ulfuric acid alkylation of isobutane by butylenes using
contactorn with various food systerms. Khim. . tokh.topl.
. masal 7 no.3:13-17 Mr 162. (?.,,1R; 15:2,
1. Gmnenskiy nauchno-issledovatel skid noftyanoy ~nst~'~ut.
(Propane) (Butene
(Alkylation)

ARUTYUXGV Yu.I.1 FRID, M.N.; BRESHCHFMO, V.Ya.; PINCHMKAYA, S.I.;
iidD, Ye.B. -
Chronathersographic analysis of it utock and of pyrol"is
producto In a flow. KhIm. i tekh. topl. I masel. 8 no.3%
43-47 Mr 163. (MIRA 16:4)
1. Groxneneskiy filial *VNIKAneftegaz".
(Petrelauw-Analyals)
(Chromatographic analyB1,B)
(P~rroiyeis)

VOL'i OVA., Ye.G. ; SPALIKC,UKAY, N.G. ; :7.111*KOV , I.-S. ; i ITSKIIHAT'R: , V.A;
F:NC11FV1SKAYA, 3.1.
qb v
Studying the operation of a unit for trie -9L."'uric acid
alkylation of isobutane with butylenes with consecutive
feriing of the contartors In the NoroFroznyy Petroleum
Refinery. Trudy GrozN11 no. 2~:127-136 161. (MIRA 1-:,

lli.*;"'HFVIK~",''
W.~
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( M I RA I " ; l )

BARDILA v P. I . ; KT-:; , A . I . ; 1,A V H, V. ! . j F IV-- ITVSY rY, A . % ; 5 HIYAPOV, P. 1.
Now pIrtinum rezi~ttmnr~e tni-mometjro. Imr,. tokh . no.5tl9-21
~~ 164 1MIn 17t7)

L 4250-66- Wr(d)/EWP(v)/EWP(.k)/ EWP~1)
ACCESWONN.R: APSOIS463 UR _1f5/W6_06_/ 00 02
3f
it 536.53.088
A6
A. D.
AUTHOR: Finchevski
TITLE: Transfer functions of commercial thermometer elements
SOURCE: IsmeritelInaya tekhnika, no. 5. 1965, 23-24
TOPIC TAGS: temperature measurement, thermometer
ABSTRACT: The results of an experimental investigation of resistance and
thermocouple thermometers are reported. The temperature of water at a
temperature difference of about 50C was measured, and the cooling curves were
used for determining the time constant of the thermometer element. It is found
that a commercial thermometer element cannot be regarded an a single-capacity
bodys hence, a well-known simplified formula for Its transfer function is
rejected. A somewhat more complicated formula to suggested which regards the
thermometer element (with its ceramic or metal tartridge) as a ivingle -capacity
'CWd 112

L 425o.66
ACCESSION NR: A PS018463

unit having a variable time constant. Also, the affect of the placb of the actual
temperature sensor in the cartridge on the transfer function Is considared.. OrIg.
Akri. has: I figure, 6 formulas, and 2 t6bles.

A&SOCIATION: none

MMMITTED.- 00 ENCLI 60 5VA -CODE TD

4o
itEr soy& 004
OTJHEJU 000
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4k

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-Cod- :oil z

ACCE55ION NR: AP4041342 SI/0115/64/000/005/0019/t)t'il,I
AUTUOR: 11ardila, P. 1. -1 Kita. A. I. ; Lakh, V. I.; Pinchevskiy_. A, D.
Shparov, P. 1.
TITI,I-,.: New platintim resistant v thernioni0ei i;
S(-)1JRCF,: I.,r-nerifellriav,i tekhnik,i, rio. r7. 190-1, P)-21
TOPIC TA(-,S: thrrni,)rY-Iete,, re fA 1 4 t A n I V t I ii, r ty ri iv t v r , pl at i iiii it) r ~ i ; 14 1 '111, 1.
I tier mome t e r
ABSTRACT: Sovi-I -make rpsistaii, v the ry:~(,iriwtvi-s for a -200+YM(, with
platinum wire wmirid on a nitra f,)rryi have shown these t3hort( ominp, : ~a) pcvir
seal, (b) ineck-Linical weakness, (c) unwieldy design, anti (d) high Ih( rM11
inertia. A new design, free from the above drawbacks, conBists (,' f- ur litAices,
made from 0.05-0.07-rnm Pt wire, placed in chatincla in a cerat, ic cartridge.,
the channels are oubficquently filled with alumina powder, Tempf rature
measurements up to 700C are poesible. These types are developnd and offerea
for production:
&,d 11/2

ACCESSION NR: AP4041342
Resistance Sensitive
Type: at OC, ohms elem. dia, mm
Single 10 2. R
46 4. 8
46 4. 2
100 4.8
Double 46 4.8
Orig. irt. )-.ts: Z figures and I table.
ASSOCIATION: none
SUBIvUTTED: 00
SUB CODE: TD, 13 NO REF SOV: 004
Cord
Length, Channel
MITI dia., mm
20 0, f)
25 1. 3
35 1. 2
so 1. 3
50 1. 3
ENGL: 00
OTHER: 000

L 0135-66 ETC(m) WW
ACC NRs AP50251056 ---- BMCE CODEI UR/0266/65/000/016/0096/0097
'AMOR t PIMch!!!LdZ, A. D.
0801 none
TITM A servosyste A for measuring rapidly chan '102 619atures with variable
:omditiom of heat exchange, &MOUInced by State Construction
Class 42p No. 173986
86 a
',Durezu "To the State Comittee for Ins rument Construction, Automation
OU'ribor" of or Der
M111tiesp and Control Systems at Gosplan of SSSR (Gosuderetvennoye
kme byuro "tersopribor" gosudarstvennogo komiteta pyriborostroyeniyup
~sr*dstvaa aytonativataii i sistaW upraylerdya pri gosplane SS!
iSMRCEs Byulleten' isobroteniy i tovarnykb znakov, no. 169 19659 96-97
i
iTWIC TAM measuring instrument, servoe7stemp temperature measurement Ad
'ABSTRACTs This Author.Cortifioate presents a servosystem for measuring rapidly
'changing temperatures with variable conditions of heat exchange (see Fig. 1). The
system contains a heat receiving vessel, its analog# an automatic compensator, and
I
ithe measuring instruments The latter is designed to increase the precision of the
;texperature measuremantso The system is provided with an actuating device for the
:Card UDOI 536-532:62-503-53i

L 8135-"
:ACC
Fig, L I ana 2- Amotional
units; 3- actuating device
automatic adjustment of the time constant the I"t receiver analog to the time
constant of the heat receiver. This actuating device is connected to the outputs
:of the two functional units-which generate and compare the ratios of the second
Aerivative signals of the temperature receiver and its anslog to their first
Iderivatives. The** ratios are proportional to the indicated time constants. Orig.
cart. hast I figure.
Card

L 8135-66
ACC IMs Ap5m5o56
~SUB CODEs SE9 TD/ SM DATEs 20J&n64
I
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Card 3/3, -V 1)

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..--L I . . - -I.- - -, , - . A~ . . 9 - . . , - . - .

"5027032 SOURCE CODE: UR/0120/65/ODD/005/0194/0197
AVZHGR: Miryssov, H. Z.; Pinchuk, A. A.; Snytkin, D. V.; Shpinkav. N. 1. B
ORG: Physics F .aculty, MDU (Fixicheakly fakul'tet NO)
TITLE: A device for ferromagnetic film production by high vacuum evaporation
SOURCE: PrIbory I tekhnika ekeperiments, no. 5, 1965, 194-197
TOPIC TAGS: high vacuum, forromognetic film, vacuum pump, vacuum chamber
0
ABSTRACT: Vacuum evaporation chambers, intended for the production of ferromagnetic
jilms, must be placed at considerable distances from vacuum pumps because such pumps
!are usually mads of ferromagnetic materials which Influence In an unpredictable way
',the magnitude and configuration of the magnetic fields used during condensation.
$mover, long vacuum tubing significantly reduce& the resulting vacuum. Consequently
khe authors designed a unit capable of rotating the sample under vacuum. since it
was shown earlier (D. 0. Suit, J. Appl. Phys., 1961, 32, 705) that a rapidly moving
support makes possible the production of films of complex composition and definite
magnatic properties. In addition, becauce of consecutive pumping, a double vacuum
chamber, and beat resistant gaskets with low vapor pressure, the device is capable
of reaching 1.0-10'7 Torr. The pumping Is carried out by diffusion pumps using
VM-1 'oil without nitrogen traps, Uniform vertical (horizontal) ugnatic fields are
created by Helmholtz coils 70 cm, (170 cm) in diameter. The maxim= field is 450 Oe
100 00). Orig. art. has: 3 figures. UDC: 539.234:538.221
1/2

PT"MY. A. 0.
3"2 Igelelowardye gm&orszry&dTWkb stabilizatirov. Priborostroyeniye, v3rp. 4.
1948, S. 54-96--Bibliogr- 5 naiv.
SO: lAtoplal Zhurnall nykh Statey, No. 49. 1949

'AUMs. McbrAll As Gob
WSOM*
-TMEs Converter of do voltage to so voltap phase BUM, Class 42,No. 1702
w7'
SOMM a Byulletent isobratenly i Uvar;Wkh, m*Jwv no@ So 19659 65,
TOM TAGS s voltage to code.convertarg nonlinear resistance, semiconductor
'7A
ABTnUW t This Author CartIniate Gnu a: do Vol. ao.voltage #me
-shi;fto&werter~ containing nonlinear revista6m. and a phnsezahift circuit, To
~65_' 'broaden. thelivits of pbase oba- a and to Increase --the coavvnion accuracyt con-
'-troMbl:i_i6nlIi&ar semiconductor resistances -are us9d as ths IOOTMnear resist-
so Fig. I on the Enclosure)* One pair of faces of the resistanass is
connected1to the controlling voltage source. Tboother pair,supplies the refer-
once voltage of -forward or reverse phatse to the output terminals. Volta" !A
also supplied to.t1w output terminals through the phast ohm circuit. Brig.
art bast 1 diagram,
B
&IATIONS none
SM COIS: Dp
SMMr=s ~ 297062.
NO MW &NU 000 MMS OW
CANd::

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AP~00

JPjg;hWcv Ae 0
et.
Mass 02c6, 21o 45,sub 03. No. 152
MURMi' PYA IscibroterAy t no
vvarx~ snakov" o 3, 1963, 27-M

TMC TAGS: contactless amItch. magnetic circuit,. switch
AJIMM Coatsitlesq, swItching device, - containing a ~ closed Magnetic 'circui
on- which -are d I
placed two primary, windings, comected In Pars'," 4-a an coated ii
snob mi way that. their magnetizing forces, are In Opposing directions; its
'distingaishing featureAs that In order to uspit for mdtohlng the pha3os*of
th?', -,Iftovim IUPOUG Gh=t* which An
foltagov the ecpdpmmt Is provi~Ud with a
attain fixed positions closes the magnetic fl= of coo of the primary
windbCs and produces a magnetic circult for creating E. M, IF. In the output
'
the magnetle flux
windings bvis r1
proftood by, the other p nary windinge
'
~~
J%Qtravtir*s not*: complete trawlition.7 OAS. art. him: 1* figure.
_9=1045 saw,

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DIDINKO, V.Te. , TSAREV. F~N BMITRITXV M.M. . LEMS V.A. - OBUKHOVSKIT.
Ta. M. ; IVANOV, To. B . CHF-RTOX. V. T. URSALKNrC R - N - LRI GIR I Ta
PINCM4,.A.X KNTONINKO, H Z. SMUL'SON, A.S.. VASIL'CHMC. 6 1
M. RATIKVSK I Y, B.N -. IEUCHIRTkVINIO, D.N. ~ SAVCM. A. I
ZHURAVLEVA, L.I.: BAUTIN, I.G.: KHRITKUKO, V.T& ; MOSENKO, N.K.. CHl-
BOUNIO, G.P.; LISSOV, L-1 : MAMONTOV, V.V.. BELUM , A A.. POTDUN,V,Y.:
VOLODARSXIT, W.B.- KLL'CHENKC. G.D. ' LKVC-IIENKC V.M.~ BASHKIROV, A A.;
VOROBITIV, N.Y.: IL'CHENIO, L 1-: PODSHIVKLOV, Y.S MOGIL4NTT. P.P.;
IJ9VI, A.R. : VA"TATZV, G,13'. DURM V.V. I OSTPA, --- SAMOYLIAW.G.N. ,
POKIN, A. F. . LISHCHINA, A I FANKZL'BZRG, 0, To. , X11011ANKOV A, T. .
MA.KhRENKO, I S. ; KkUUVA. 11. K. . VASI IMIKU. I . M. . VOLOSHCHUX. A - SSHICI-
KOV. A.K., FILIPPOV. F S T%lTTvTTNlwlKov r, 91 DOLINSKIY, M Tu 1110-
TINA, P.P. . )UMVZDXV "'SUILIN m F LF-MR. R.Z. BOGACHKV. V.I.
Nihall lAkovlgvich Mo- kim n, 3 64 (K12A 9:8)
(M' r - !'), " I :,j CA

KAKAROV, 1-INCHU, A.K.
Cokinr m,-*.t-. , rqt :rrt.'L e~is -~ 'ne - - ...- I . V . i ,
nn . t~ 1 V-21 '(~. . , R;,I I
I . , -issls- tmxitoll ' !ikiy inotAtut h gg-
znv (f*cr Mnkfir.,v). '. Kh'ir'k.,v:*lj koksokhlraLcheskly zFiv,),.i (f-)r
Pinrh,&. ) .

S/07 60/030/05/351/074
B005YBO 16
Shevchenko, V. I , Stratiyenko, V T,, Pinchuk, A. M.
Diphenyl-ohloro-ptiosphazo-oulfone Arylal
TEXT: The authors of the resent paper synthesized diphe yl-chloro-
phosphazo-sulfone aryle (I~ by treating aryl oulfonamideeTwith diphenyl
phosphorus trichloridt. The scheme of the reaction is given. 9 compounds
of type (IMC6 H 5)2 ClP-WS02Ar) are listed in Table I Still more readily
than with diphenyl phosphorus trichlorlde. the &ryl sulfonamides react
with phenyl ph7j~horua tetrachloride and with phosphorus pentachloride.
The compounds may also be obtained by treating the sodium salts of
chloramides of aromatic sulfonic acids with diphenyl-ch"oro phosphine.
The scheme of this reaction is described., This procedure, however, is lpf
convenient since a large number of by-products occur. The compounds (1)
are colorless crystalline substances. They exhibit the properties of acid
chlorides, and thus react readily with alcohols, amines, and phenolates
They are Pagily hvlrolyzo I --- - 'hv -~- --I f~ri c mot sture On ~,y1r-,I-iiq

Diphonyl-ohlore-phosphazo-sulfone Aryls S/079/60/030/05/33,,C74
D005/ao16
aryl-oulfenamido-diphonyl-pboophinic acids (II) are formed according to a
given @chose. Table 2 sumarizes the 9 co's *undo of type (II) which were
obtained by hydrolysis of the compounds (1~ contained in Table 1. Both
tables present yield, melting point, empirical formula, and the result of
t1tration with lyo for each compound. The compounds (11) are colorless
crystalline substances which are very stable to hydrolysis. They may occur
in 5 tautoneric forms:
krSO(OH)ftN_PO(C H ) ArSO NH_PO(C H krSO NWP(C H ) (OH)
6 5 2 2 6 5 2 2 6 5 2
(A) (D) W
It may be assumed that the aside form (B) is most stable since the W-H bond
Is leas polarizable than the O-H bond. The compounds (II) can also be
synthesized from B-diphonyl-phosphine-aryl oulfonamidOB by oxidation with
hydrogen peroxide, or by bromInation and subsequent hydrolysia The
corresponding reaction schemes are given. In an experimental part all con-
versions carried out are described In detail. A. V Kirsanov (Refs. 1,2)
is mentioned in the present paper. There are 2 tables and 2 Soviet
references.
Card 2/3

Diphonyl-ohloro-phosphazo-oulfone Aryls S/079j6O/o3O/O5/33/074
B005/BO16
ASSOCIATION: Dnepropetrovskiy metallurgicheakiy institut
Institute of Metallurgy) -
SUBMITTED: Way 13, 1959
Card 3/3

----------

Al j W/Ewp(j) b=4L&.-4-

vA00*UIOK
MV0079/64/034/M2/3M)~i~
*29 AM0191
. _
AU=s'Sb1svchezkot V. I-i Pinchuk, At Hot Kosl i it" Ya"
I Mixed dimlobloroILMAiDel
-BOUM Muumal obabobey kbiniis v. 34 12
9 no 19649 3955-3958
:TOPIC TAGM PhospbWo acid, chloride, organic Vbos;horus compound, chlorinated
omyou
were pr*pa-riel, ~on-,,tho*bailb,of
v re =i'ed:di&rylphosphiui*Acids or.,
adily,available x
li seie"chlorldfA4., lz~'tbe: reaction, of diarylphos~hinlq acid* or their
pbdioolrui,penfAchloridej, diaryldichloropboophonium
loroph6sphor&tis,.[Ai2PC12]Pcl6,-aro formed in almost quantitative

~yididi-upon fisting vith,-diary' th
lphomphinic cid chloride ey,give
:dikry.ltrichlorophospborus. -The.diaryltrichloropboophorus compounds and
'
a be3mchlorophosphoraIes are not reduced"by petbyl
idjAry1dichloropboaphonlu
The "action results
In' the foriation.of diarylphospbi-
icblirophospbito.
,
.
i~_td_aaid,_chlorldes, motbyl ohlorido, si.kd Phosphorus trichloridt. -Reduction
'
th red phosphorus
-the diary1dichloropho
sphoni=

1 P-1859-66 NOW/W(u) am
ACC NAt AP6012652 SOURCE COM UR/00,79/65/035/00e/0363/0364
AUTHOR: Shevchonko, V. I.; Stratiyanko, V. T.; Pinchuk,, A. M. 017
ORG: Institute of A&EAc chemistry, AN UkrSSR (Institut organicheekoy khimii AN
ukrssRT-
TITIEt ftnyl-p-tolylchlorophosphazosulfcalaryls
SOURCEt Zhurnal obehchey khimii,, v. 35,, no. 2, 1965, .363-364
TOPIC TAGS: amine.-alcohol, hydrolysis, chemical reactionp organic sulfur compound#
organic phosphorous compound,, chlorinated organic compound
ABSTRACT: PhaWl-p-toWchlorophosphazosultonylarvlo react readily with
siainesp alcobols,, and other compounds containing an active hydrogen &too.
Cold water wA moist W slowly hydrolyze those oryle with the formation
of &rsnssa1fmqlsm~dn of phsnyl-p-tolylpbosph~nl~ sold* The rawtion
tmperature is 1250,, and the reaction time is 0.15 fii6urs. Orig.'&~t.-iae: 2 tables.
EJFRSI
SUB COM OP7 / SUBM DATE: 13Dec63 / ORIG W: 001 / OTH RUs 001N
not

ACC Ills AMM93ZB SOURCE CODES 'UR/OD79/63/035/008/1492/149
AMIM ;4evebmako. V.'14 PirAhuk, A. M.
Me ImUtrU of ~r~ C~!~, AN UkrSSR (Iratitut orguticheakpy Wdvii
AN Ukr3glr-
TnUs Plud diW2mthcoW- wA di!n4!Eomar MM&MtMomllmad
SUMCES 2hWTAI obahchey Wjd4t T- 33, rjo- 8. 1963, 14W-14%
TOP= TAGIS I*rV"dC ffYftth*ti0 PrOMBB, ftlfonla Widt orprda &to CoppoUnd, organio
phomphmm oampoolel. chlorlmW orgodo comound
'Nixed diarylohlorophosphazosultonylarylis ArS0
ABSTRACTS 2N=P(Ph)
(Arg)Cl.(I) were synthesized by reaction of dierylohlorophosphines
ilth smene sulfonte &ald diohloroamides or by reaction of arene
,mulfonlc &old amides with diaryltriohlorophosphor*us. The follow-
Ing coopounds I were obtalneds I (Ar . Ph. Art - p-Cic H
6 4);
I (Ar a Ph. Art
11 (Ar - Pht Art - P-Brc6H4); P-HOUC04
I (Ar = Art m p-CIC6H4); I (Ar m P-=049 Art m p-BrCA);
11 (Ar m p-ClC H -MeOCA); I (Ar a P-ClC04. Art
6 W Art = P
P-BrC04); I,(Ar - P-02NCOO Are
!p-H*C6H4); I (Ar m Art
~P"d%60; I (Ar P-02NCO40 Art n*P-BrC6H4); I (Ar
L-Cwd 1b MG 1 %2-550

ACC Nkj AFM9.323
~P-O Art V- -0
2NC6H4 NOVO 1 (Ar - P 2KC6H4,, Ar* P-HOOC04);
ki Art
I N806H41 Art w p-Cle 634); 1 gAr " P-lf'SC6
P.IWO NO X (Ar W P-MOC6H I
6 W Art P-K*oC6H4)1 10 7
Art a P-BrCAHO I (Ar w I-CIOH 7, Art = ~-MOOCOO; I (Ar =
1;CjOHjg Ary Compounds I were very visnous liquids
a P-xec6H4)- I
a bri tle vitreous solides By treating asters of mixed diaryl-
phosphinous &*ids with Na salts of chloramides of arena sulfonio
'acids or by replacing Cl In compounds I vilth a methoxy group or
4rylozy groups diaryluethoxy- and diarylaroUphosphazosulfonyl-
aryle ArS02WIPh)(Ar')ORUX) were preparede The following oom-
pounds XX were propareds 11 (Ar = Ph* Art w P-BrC6 H49 R me);
11 (Ar u Php Art a P-Bra&' R = Ph); 11 (Ar w Ph. Art =
p-BrC 6449 2 W 1-0 10117); J1 (Ar a Ph. Art = p-MeC 6HW R a Ph);
Il (Ar = Php Art w p-MOC6H , R w 1-C H IX (Ar = P-CIC041
Arl V4ftBrC 9 9 = Ph)l il (Ar plOC"11 Art to Y-BrC
V .- 6~40 049
.9 0 I-C ; X1-"(kr.-r-' -p---C'1'C''- 9 Art H
1P, 04 = P-HOCAP R 1-Cio 7
1I (Ar n P-02NC644P Art st p-Brc6H4,, R - me); ii (Ar p-0 2NC6H 49
Art p-DrCeht a ;- Ph)1 X1 (Ar u y-0 NC6H4o Art = P-BrC6~4,
2

ACC NAs AP6019328
IR M 1-C10H?); II (Ar - P-0 2NCU4# Ar' p-MOC049 R - '-CIO H7
JI (Ar a I-C H,j Arl II (Ar - I-CIOH
to = P-BrCOV a a Me); 7'
:Art a V-BrC6H4, R u Ph); 11 (Ar 1-CIOH?t Ar# P-BrC6H4,
a W 1-CA). Compounds 11 were isolated In two isomeric formst
crystalline form (one of the three theoretioally possible raol-
'MIG Isomrs)_ and. a. l1quIdjorn. (eutectio mixture, of racealo. isomers.)
The WAbWD thwal A~J& KIr9&Wv for his help wid advice, Origs, art* has: 7 for"
wd 2 Ublase LbMU
SO CMEs 07 SUM DMs 06hug& ORIG PXFt 003
CWd jI I L_' C.-

NRI
AVM8 Shavchenkop V.I.; Pinchuk. A* Hs; K-Irvanav, A* Ve
ON: lartitate of ~Ormudp Cbsulstry, AN UkrSSR (Institut orMdoheBkoy khiniiB
AN MmGMF-
TIZUt Mixed tr"ff2phpmph&so=1fo1W,2&ry2m
SOURMs Vzrml obsbobsy AAW4. Ys 35, no.%O 1965, 1488-149
UW: organic wynthatic wocess, cbromtograpby, chlorinated organic compound,
orfudo sultor ompound. organic ano ovinmrids organic phosphorus coMpound
ACT Mixed triarvlphosphaicosulfonylarvis ArS02N=PAr'Ar"Ar"'
MZWSZ% prepared by the following five roaotiones
Ar3D MCI + C12PAr#Ar~'Art~t 2C12
2 2
lAr"Arl" 2KCI +
Ar302MH2 + C12PAr
ArSO MCI 4; PAr#Ar99Ar9#' Cl +
2 2 2
Ar9'()2NftCl + PAr I Ar Ar I
+ PArtAr."Arl't N +
Ar3O2N3 2
Cwd 113 WCs 547*55Bol

L 29M-66
ACC N& AP6M9327
CompomAm prepared by reactions of different tYPes were Identical.
fts followingpqm9punde.wero synthemixed by the reactions Indicated -s
i-:CAr Art m Art 0 a Ph. Art 1 0 - p4leb~H4); I'(,kr Nit Ari= Art'=
lp-NgC H Art', m Ph)j I (R u Ph. Art :v Art' w p-MeOC6114, ArIll
6
Ph); I p-CIC6H4. Art m Artl m Ph. Ar"I = p-VleC6H
1 4); 1 (Ar
P-CIC 6H49 Art m Art' m P-MOC6H4. Art" - Ph); I (Ar - p-ClC 6H49.
$I$ - Ph)j I (Ar - p-0 NC
Art 0 Art' a P-NOOCOW Ar 2 .04j, Art
Art* a Php Art.$ W P-MOCAH4); I (Ar - p-0 NC6H4, Art a Ar"
1 2
p-NeOC6H4' Art': W Ph); -I (H p-KeC6H49 Art m Arol m Ph. ArOll
I (Ar - Art - Art' H Art'$ m Ph); I (Ar
'P-NDCOO P-MOC6 kv
P-MOC049 Art a Aroo m KDOC 6H4v Art" W Ph I (Ar -C 10"7
Art - Air* I m Ph. Art 9 1 a P-MOCOW; I (Ar fl-C,oH?I' Art = Art I='.
ArItt - Ph)j I (Ar u fi-C H 0 Art - ArOO - p-MeOC049
ev 10 7
'Art" m Ph)* Furthermorep eighi oompoufids I (Art a Ph, Art'
lp-BrC6H 4) were synthesized with Ar a Phq Art" = P-MOC04; Ar
'Phl-.Art I $,'m P-MBOO Ar m P-ClC
6"O.ArIll p-MeC6H4,-
Cwd 2/3
0

L 29287
ACC NJh
.--Aran P-ClC6H4O Art" a P-HOOCOO Ai~'w P-02KC6114, Art to
p-MeOC6H41 Ar = P-02NC6H4. Art" = P-MOOC041 Ar w Art"
IP-NDC6441 Ar = p4le%k. Art$# a p-MeOC6H4- . Compounds I were
crystalline substances with sharp meltiri4 pointag except for 1.
!(Ar a 1.5-ClOH79 Art a Art' = Pho Art" 0 P-HOCOO and I (Ar a
:P-KeC6H4t Art = Ph* Art' in p-BrC6H4g Art" = P-MOOC6H4), which
I
1wers vitreous solids, None of the compounds synthesized could
The a " rated Into Isomers either by fractional orXptallization
.or. by plWonp~kpgraphye Orige art* hast 6 fornAis ad 1 table. fi'F&ff
SU C=s 07 / SM D=x 09JUI" / OFdG RUt 004 / "L MFs 002

L XYZb0--*V - C"rMICAUM] n"
Acc Hits APWI9326 SOURCE CCDEt UR/0079/63/035/008/1487/14
AUrMs Bh"cbenlwt V- 1-1 ftratiimidw, Ve Tes PlMhuk, A* M*
~WUt~xUof ~Or gcCh~qjd~AN ~Ukr=~Inetltut orgedcheskoy khimii
TMBs
'8, 1963, 1487-1468
SaMs nxuma3 obehobsy WWI, vo 35. noo
TOM TAGS i mafonic&MA, orgwdo &so ooWwwA , chlorinated orgwdo compound ,
argude wynthvue pro"Ma. cyane P.MW.
AqsTRACTj Phonylbenzylethylphosphazosulfony'Laryls (A) can be
prepared.by oxidative Introduction of an ArSO 2No group Into phenyl-
ibonxylethylphosphlno by means of Ka salts of sulfonlo acid chlo-
raulden or by scam of oulfonlo sold azidess
______ArSOjNNaC1 + P(Ph)(CFjPh)Et -o NeOl +.ArSCj*NnP(Ph)(CH2Ph)Et (A)
P(Pb)(06ft)Et -* N, + A
By using theme resotionst compounds A with Ar a Ph, p-IW04,
o-NeC6R49 wA d-CION? were prepared. They were crystalline sub-
stamem melting at 107-80 1201-309 125-609 and -105-60t respo Orig. art.
host I farmmU and 3L tablee gj~vpzv.
07 / SM DMt liM / MG HEFs 001 OM REFt 002
MM Cams
tum! !-.J,IRI;

AKSHNOV, V.P.9 knn*.tokhn.nauk; MIYAXOV, Yu.I., kand.tokhn.nauk;
P129GHUKJ, A.F., insh.
ProM)Oata for using continuous equipment in open pits of the
U.S.S.R. Gar.zhux. no.2tlO-13 F 163. (MTP.A 16a,)
1. Gosudarstvennyy nauchno-lasledovatellskiy i proyektnyy Inati-
tut ugollnoy, rudnoy, neftyanoy I gazovoy promyohlennooti, Kiyrv.
(Strip mining-Equipmwt and supplieo)

TISHCMKO, Vladimir Pavlavich; rDXHUK, A.F., red.; BUIOVINSKAYA, L.X.,
tekhn. red.
[Individual quality control; manual for contenders in co-,Z=ist
competition) Takhnicheskii sar.-okontroll; v pomoshch' sorevnu-
lushchimsia za kommunLitichaskii trud. Rostov-na-Donu. iiostov-
skoe knizhnoe izd-vo, 1962. 159 p. (MIRA 1~:7)
(Quality control)

-. I - I"I , -,
I
PINCHUX. A.P.
Nidwife Tat'ians Andreerns Redilro. Fel'd- i sk-ush. 22 no.7:62
-TI ' 57. (MIRA 10:11)
1. Zaveduyushchiy rayzdravotdalom g. Petrikovs.
(MIKO, TAT11ANA AnDRnvNA. 1986- )

GONCHAROV, IvELn r,'Jkolayevich, nauchnyy sotr.; DOAOFEYEV, Yurly
Grigorlyevich, nauchnyy Botr.; mATVEM , Vladinix Panteleyevich,
nauchW sotr.; POPOV, Stepan flikolayevich, nauchmyy sotr.;
PINCIRM, A.P., red.; IVANOVA, R.U., tekhn. red.
(flew method for the prwessing of metal chips] Novyi metod pere-
rabotki metallicheskoi struzhki. I(ostov-na-Donu, tostovskoe krizli-
noe izd-vo, 1962. 33 P. (KLRA 15:
1. Novocharkasakly politekhnichoskly institut (for Goncharov,
Dorofeyev, Matveyev, Popov).
(Scrap metal industry)

DUDKO, Georgiy Mikhaylovich; YATSENKC, Konstantin Ivanovich;
PINCHUK A P.P red.; &M IYAN, Yu.A.p red.izd-va;
L.M., tekhn. red.
[flow to make articles from metal sheets, sections, and
JAPOSI Kak izgotovit' detali iz lists, profilei i trub.
Rostov-na-Donu, hoAovskoe knAzILnoe izd-vu, 11,63. Fl p.
(Ml RA 17: 3)

. I . ., I , .
's '. '.:d- ,
. 1, :, .41 " . I :.
1: , - II.R - , I : I
. -, j
p
*~ i - '. . a

KOSOV, flikolay Petrr-v-h- f-MCHUX,-~A,P:j red.
[Innovators' tittacl-norits for milling, ir-achiries) Frcz,~,-rr
yo
prispos-)blenila novatcrov. Rostov-na-Donu, ~ostcvskoe
(1-13AA 12,S)
knizhnoa IzJ.-vr,, 19t-,4. -2 F.

27067
S/080/61/034/003/007/017
A057/A129
AUTHORSt Andreyev, D. N., OKhrlm-griko, 1. 3., Pinchuk, A. Ye., Lyijtyy, V. F.
TIMi Unsaturated pc~--Yeaters and the prope-ties :,f lacquers
on this base
PEPIODICALt Zhurnal prlkladncy v. 34. no. 3. 1961, 594 - 58F,
TEM Syntheses of two new poly-umarats-*s, modified witb siloxane 'J7.,
the diester bia(trimettiy'Asilyinetpy:)f'jmarate and the polyester
tetramethyldisil-oxane)f',.Amar-ate are desorlued and preliminary results Ir tnvps*~Igd-
tions of their propertias 5re gi-en. Poiy-ma.eates and polyfumarates arf- w1jely
used in the manufacture of lacq%ie~F, piastics etc. M. A. Bulatov and S. 3. Spass-
kiy [Ref. 1t Vysokomcl. soyed., 2. 1, 658 'Ic)60)1 demonstrated already thnt these
eaters, when modified witr. as fcr iretance with d1methyd1-'r-nOxyS:-
lane, obtain high technical pr--~,perties. Orgarosiloxane Polymaleates and polT-jm~-
rates, derivatives of organosllnxa-~e and gly,,,ols containing a siloxane 1-Ink In tne
m&cule, have not be-en sy-ntheslz~i. Thus t1je present authors star~ted lnves'~.ga-
tions In this field. To deve.'nc sywnisis of the polyester, the syDtJ-eFj1s -~f
the diester was carrIed %ut firs' the r*action 2(CH3)3S':7h2r.
C ard 1/5

27067
s1o8o16l1O341V)3vC)Q7 (,1-
Unsaturated organosi_l~~on po--i9ste a &rd tne ... A057/A129
+ KOOCCH,-CHCOOK --P (CH3) 3S - H-CWI)CCRO 1 (-B3)3 - In the procedure C . It M_
potassium fumarate was mixed with- 0.08 mole of fumaric acid In 150 ml of dimp~.t-L_V_-
formamide as solvent. 7he was boiled, agitated during 30 min~+eq, iropwl3e
0.32 mole chloromethyltr1MetkV!31!&Ye was added, heated, agitated for ?0 hrS mc-e.
while the boiling temperatire roae from 1240C to 149Oc. After cooling th'R pre~4pi
tated potassium chloride was fi- Ared off, thq solvent was removed by vacuum di-;k-
tillation and the residue was :reatad wlth a sods solution and water-benzene mix-
turi. Then the benzene was dr;ehd, evAporalted &rd the Nmarate was vacuum-d1st,_'_eG
(1510-1530C, 8 to"). Tile y1e:.J w%s 54.% of a product with 40 1.4548. d~'
In an analogous way the polyests~- was prepared. Potabsium f'"Tarate of C;' mo-e waf:,
mixed with 0.125 mole )f fura.-l^ q,,d in 300 ml af dimethylfoTnamide and ther.
bis(enloromethyl)tetr&methyldl&;','i ~ja-e was adle-d. Instead of benzene ethe,- w48
used as solvent and af--e:- rem(--%: -1 ~,~e lal-,er a higily viscous reddish. -t -cvrr Sat-
stance insoluble In water tru! qO!1At_e in mos!~ c%rganic solvents, except pet!-'.1e0f11
ettier and gasoline, was ottainea. 1he average molecular weight was found to be
2,400 corresponding to a condenss-!-_)n degr", ~f 9. The re-precipltated pol)i5s+er
was Investigated by spectrophotowe+ry on an OKC-12 (1K3-12) apparatus. 7he ot'O'Al.-
ed Infrared absorption spectrum pr,-ved the presence of double bonds In the trar~-
Card 2A

6
SPW6 I/C 34/ ~'X 1-
Unsaturated organosilicon polyesters and the... AOWAI,~9
posit-Jon (900 - 119C, cm-'. 1,32G cm-1), siloxane bonds (1,020 - 1,091
(C113),,31 groups (60C - 814 cm-1. and 1,;D'59 cm-'), ester groups characteristic, for
fumarates (1,111C - 1,13C cm-') anci end-carboxylic groups (9X - 95L cm-1). The
obtained polyester la miscible with styrene within a range from 3.5 : I to ( .3 - 1,
and transparent homogeneous solutLins are obtained. Properties of four lacquers
(see table) hased on this polyestor were investigated and It was observed that In
comparison with maleic resins the double bonds in siloxane-modified fumaric, resin
show lower activity. Thus a lacquer based on this resin required heating to ?X~oc
to "dry" within ~G minutes, I.e., to produce a three-dimensional structuration to
70'S' (Fig. 3). At 1200C the same degree of structuration requires 7 hi's (F-19. el.
The drying is the result of two independent processes: 1) a cataly-tic polyreriza-
tion with an Initiator (1% of cyclohexanone peroxide), and 2) an oxidative struc-
turation produced by heating over I300C. No initiator seems to be necessary for
the latter process. Flanticity tpsta carried out by the H111Z method and harriness
tests on a rlonO-4 (GIFI-4) mac-liine showed that films obtained from those lacquers
have high elasticity, but rather low hardness. Thus lacquer no. III showe,l after
70 minutes of dr-fing at 2G(PC a I mm flexibility on a rod and a 0.195 harcinens.
There are 3 figures, I taLle, and ? .",oviet-bloc references.
Sull-11= July 9, 11)rDO
Card V5

AUTHORS: Lakhtiz-., Y,1.
and Pircliul-, D. S.,
TITLE: N i t r 0-f ~ i 61-, C, t re T, -a) ,.e 1 d
(KzotJ-rovaniye vysol~op-~,%chnogo I,
PERIODICAL: Metalloveder.ije i Obrziuotk,~, Yet.,Ijul
pp 30-42 (USSR)
ABSTRACT: For ~etem!.;!i, 0;e volu:,e liri
the "selico f(~rrite", V. D.Yakhnlna and A.F.
sul,jecte(~ a m~q-,neF~ium inoculaLed iron to niv-,i
Accordir,t:, to V. D.Yakhnina iiitrided itiyet,
rdn e
inoculated cast iron 11-1,i.,~ ~i hi!~h
ano currosion i;- water. IL wa., v
that' for ottnininF, ; ,iv(-,.-i of -,.e nit,- 1-1, 1
a corisideriibl,/ t-;;aallor Jur-1--on of
than for, nitri~!LnL ntpol firid, t"YPOC
For in,- tLrce, it; t`.o c1.,, (, of' ni tri 4 i:
d i r,.q o C i n t i (, 1'. 0 f P. lmr,; C) r I i
required for ubt7,inillr, 1(1~ M;., thic."
ho'di's for otjt:;in~ ni. ~~ u . ;.I::. t!-,c)~
a u-niform anj hi,,! n,,.,drieu,, c., ~1,e ~e,l 1 r,
uuthoi,c recommend that pu,,,irli te al"A f ! ri i te -pe Br,
bas,,: magne2ium iiiu,~ul,itcd iiori be , I 1-c

I - -') -
Nitriding of high strength ia&gnen.',,xn 1zloculfited ilrjy.
homogenization amlealing at 720 to 7400C
nitriding. Takirie, int o cono ide ra t ion t I Q
of u,int:, nitri(ling for improvint: t~.e vie:jr ro., i~-i'
and t! 'e corrosion resistance Of MOiSTIeViUM inr)-
iron, the authorfT of thic papt-r carried out
investigations for studyii t, th- kinetice of
and t,.e phase corapositiur. o f t t~e d i f f u., i un
In the case of caturnti-n o f ~:,, a,, n e-ar, i n C , -I I
wit'lli nitrogen ar,~~ "o establiE~~. t~~e
parameters of the process on proper'lio!
nitrided layer. For tl.,,? i j i v --, s t i,, 71 ~ i c,,,, L:nc
inoculated peariite-fer-~te va.- I . -
contained 5.05go' C, -1.41% Si, Q 6:-Yo/o A'In J,1~6
stren,;th 5LA kr~/..111:12 rel,~tive elon-a'.1or,
245 R IEUCUIatiUll Wa.- iL 0 L~E' ladle and,aft,- i c
the ipo*n iuas anLealed at 950 C. Nitridin.- f f-
ir,, laluoEatoi-y equii-,ment at 5UU, 55G. WC, ~,U
tiOI.S of' 1 7, 1
'ind 800 C fur Iura D, 1.01~:'.'
Card Fraph, Fiw.l, !Ziv-., t,,(-. depen(Ie%ce '.-f '-h(-,
nitrided ia or. t 1'. r +-
2/5 +,e:a; era ~u-e of
can be ce-n th~-,t *-?,e hardnps., of r~ i r-I T` i e

Nitriding of high stren6th ma,,n-.~ i-im inocul,_.t,~~,
magnesium inoculated iron is consideratl
that of other iron. This justifies the a."',
the increase in Lhe hardnesE i-- due to t~,:
ma6nerium in the , oli,1 -olution a:~d 4)
maximum '-.~!rdnes~- of nitrid'ed 1,iyer
ince'alated iror: will be o8tained for a
tew.perature of 650 to 70U C u,%like uluminiu;L
steel in vih~ch the tempera*ure i.- cons ii eral, I,,.-
(480 to 54-0 -~). Th,~, hzirdnes,.; of c- nitriled 1-_~-r
to a large deE-,re,:,, on the duration of ~he proceF!~
saturatior, of the iron the nitrot5en (FIE.-.
obtaining maximum hirdreF-_, the du, ritior. of t. r~
should be at least 1;~' to ZIL~ 1he
temperature t~.e fas,.e.- 'A~,-~ :i,aai~..um ~.ardness
The ch,,rac'-.-r of !.re ch-,iii-c ~,f
the niti-Ided loyer in, shovr, i;, tLe F,'
nitri(ierl layer ro.--vealed ticril 1,. no t-ri i,'. Ifit-~
The ~r!ir.h, Fig.4, tjVes Llft of ~1!
the ~,' if f u-slun ' %y -!r on the teiApcir ;Ln,', t,- :T,
of the nitridi!ig L.rocec,,, Th.. d,_,pth of th~ d if ~ a,
Card 3/5 la.7er obtained or. inoculated ii,~,n (df~tc,-1,04~ y
macro ar,(d i:iicru an;ilysit, ai,,1 by tho hardne:

flit riding of h 11 t,~ s t reriEt I. nt-: i um u C, t,- 0
un,l(~r othemis(_ equal coriditionti , lovier ti.,,,i iL
of nitriling of carb,:r, iid illoy cte2ln
coeffi~:icnt of dif!-_:,-icr~ -~ ft,. ~zi I t ru ~e n i r,
the a-phases of t,.e systems F-~-11' '.iecrea.-.-~-
carbon content of tne allov. The
confir:_ the cunc Ills i (-,r,..g f V. D. Yakhnina wh:, 9 t, t
the diffusion of the nitrogen in the mn,,nesi= i r 1-1 1. -
faster tham. in steel. The structure of ni~:-id~~
layer obtaine'd i:, ma6nesium inoculate,11 ir,u:. I
littie from that of t't,.c nitiided 1-iyei
steel (Fig.5). In iLvestiFatint; the micro-z-,~.:,_
the nitrided layer an non-etch e d brit,.'-,t strip -1_-. t e
detected which corre-ponds to the carbo-nitride E--.,
ttie presence of --Ln E-phaRe was cunfirmed by
The depl~h of t~.e doer- ,iol (,xc 91,A
With incre%LinG t~,-.pcratjre up to 700 C
tl,e. layer contaiiiin6 tho ii,crea.--,_~z-
decreascE~. At low nitri;iin6 te.-jj:er,,j ~uroi~ ( slic,r-
duration) no e-plias,~ is detected by X-r,--iy m~,1:7,;
only the presence or a y'-phace. Aftoi, the E- , :
Card 4/5 (y'-phase an a * Yoxcess ~a-phlf,-O) or n eut(--',

Nitriding of hib,- stre-,;t~,~
mixture i + y' (y-, h I i I)e
nitridint, terq.)er,,.~ture. For.~,~;'~ion of,',,~ eut,~--., L
observed only after nitridiri6 at 700 C i,.,.
increase in the eutectoiJ,,il te:~,peratkire~ T-',ie s
as durin6 of iror: in c;~rb r; 9teel (Ref,- ' )
transition from one diffusion to the othlr d"
accompariied by a jump in the degree of concentrati~jn
(Fig.6). A som-3what incieased concentratioi, of tide
nitro6ea in the n-Lig1bourhood of *,,he y-phato i t; t ~i
I i nk;-, d i t h 'nove-iont L:lonb t!:P boundary of t h,-, E -
into the re~-ion of the (see Fi,.')) M N
data jus~--'f.: t,,.e as,,- i~a: ~io.~ ',,he kineti,~- f
of a nit'rided 1,~ytr ir. im inocul,,itel i s
basic:~lly the saLie as that describel hy Laklitir, (Ref
for ii-on and sl.(-cl Apparently inoculatior, of ,-,teel
with magnesium m%,,,- prove one of rLetliolsof prol-i, ~f.,
riew rion-scirce L.atcribls for nitridir~f~. '-'h c. r 11
obtaine" by the ~-uthorb justify the re c omrn-.r., '.,It if-,
procesE of nitril'irt~, foi su:'face ha.-Jenink; .,f
made of higl. stren-t~. L1R,-,T1OfiUM-in0CU1,Jted iror~.
There are ( fi6ur,,. and 5 referenceE, !..I1 of %;!.i
Card 5/5 (Note: This i~- a full tranclaLiur. except fui fl''::
paraEraph a-,iti the figure ciptions).

A UTIIOR Pinchuk , F ;. , ~.! gineer
3 111~'l 1--5r- 1A
TIT LE: Use of '-.Poxiie --.esns Pri mj~nen lye e-,-,Prn , Iny If.:%
I ) D I C A L Mashinostroitel', Nr 11, rp 18 - 19
AR37RACT: Fpoxide re3ins are the base of the puttiea, t 'Ype 4-2- an~
F-4021. At the Laningradakiy metallicheakiy zavod ~enlngrad
Metal Flant', these putties are used for coating machine rprts
which are to be exported to tropical countries ~.rnliction
gears type RM-~50 and ;?M-4.'IC- The putties are also used
for coating galvanization tanks because 0',ey are verY rp5:-
stant to acids. As a filler, asbestos fir 5 or ' may I-,e ,in-d',
or even metal powder. Ppoxile resins can also be u,.4ed as
glues. 71~e g-li2es Xl-~ and Fl'--6 are very elnstic, I-ave
dielectric prDperties, are waterproof, etc.
he:- : r. or~
Card 1/1

r 1~ C, -i~ U, ~ . ~,.
His work aervu3 ,s ar. examll,. ---Iek. i tepi.tisga nc..7:13 .-'. '- .
N: I , I (-: "
C, oco.-,~ I i ve engineers)

~, I /,, (,. I) ~ I [ ,,~I(z , /-) ,
KOLOTUKHIII, I.N.-, KLJZIIRTSOV, VA.; KAZARIIOVSKIY, S.N.; TSAREGRADSEIv.
V.A. ; PIIICHTTK, G.A., redaktor; MINA. G.P., tekhnicheskly rednk-
t or
(Technology of lullricating, and protective materials] Tekhnnlogiia
smazoehrifth i zashchitnyl:h materialov. Moskva. Gos. transportnon
zhel-dor. izd-vo, 1952. 235 p. (141crofilml. (KLRA 9 - 7)
(Lul)rication anti lu'~,ricantB) (Corrosion and anticorrcuivor)
(Finishes and finishing)

PINGIVE, G. A. N/5
bt,8. t,-.
Teklinologiya topliva, smazc)chnykh -,h*-crIi,lov I v-:,Jy -f T.
Fuel, Lubrichtim- M,%t. rial Lin i WxAtr, by) 15. A. Finctuk (I. Lxr . ,
Moskva, Trans zh( z I:i t, !'01w..
)51 1. Diap7rs. , Ta~les.
"Lit.rb'uru": F. 346-347.

Skman o ma; POTALTUX. Alskoey IvsnovIch; TIBINIKNIN,
Tovgenly hdirovioh; NUINIX. V.A., inshoner, rodaktor; YORONOY,
N.M.. Inshener, redaktor; 2HILIN, A.B.. in2hener, redaktor; KHIT-
ROT. P.A., tekhnichookly rodaktor.
[The technology of fuels. lubricants and water) Tekhnologiia topliva,
smasocbnykh materialov I vody. Moskva. Goo. transportnoe shol-dor. izd-
vo, 1954. 351 P. (KLRA 7:12)
(Fuel) (Inbrication and lubricants) (Water)

F:I~(:F 1 9 G. A.
"An Im-estigaticn :f C~r'ain ProtlFra-E in '-e field cf
D,,narr.ic Fmdurance of Ste(l." I~and 'er, 3ci, Xogcow ,rd,r -f Red
I-anner Higher ~e&rdcsil .3(%hc)ol imeni ~auman, 2C Dc- ~ D,. c- r..)
Surve- f Scientific and Trc'nnicaj Dissrr*s'l-nF~ 0
Higher Educatic-na: Insti*(.tions (1'~
SC: 3m. NO. 556 -., Jun r5

GRANOVSKIY, Roman Grigorlyevich. professor, P4QHUX
RO kandidat
tei-hnicheekikh nauk, redaktor; UP , wV C;ihnicheskty rednktor
OV
- VI . .,
(Boiler Installations) Kotel'nye ustanovkl. 44. 2-oe. pergr. I
dop. Moskva. Gos.transp.thel-dor.tid-vo. 1957. )44 P. (11LRA 10!9)
(Boilers)

KOLOTUKHIN, Ivan Nikiforovich; KIMIWSOV, Vosilly Georglyovich;
KAZAEUIOVSKIT, Semen Nownevich-, TSAI'MIUDSKIT. Undicir Aleirseyev-ct-,
PINCHUK, 3.A., kqrd.tekhn.nauk, red.; BOBROVA, Te.N., tekhr..red.
(Technology of lubrionnte and protective costingaj Takhnnloglia
smasochnykh I zashchitnykh mnterialov. I&d.2.. perer. I dop.
Hook-va, Vaea.lzdatellsko-p(,,Iipr.ob"edinenle H-va putal aoobshchs-
n1la. 1960. 146 P. (MIRA 13-.Q)
(Lubrication And lubriciints) (Protective coatingn)

s/ 12 316;Vonolco Vr. i c /(7 1
A-52/A i(, '
M ineyov , Y
7't ke e f Ile a n i on ! rig, Ott t,lit, rat igijf, stronwU,
ax I ,:;
P E~i CA 1, f e r, i t-V r,',t6h1nn.-,tr~)yf-n~yo, no. 'j. i,
rm I ri P ta I oy ii, !o;r
nvy shor, g t,v #
~)s t ra
-Inve
Im".
T FJ7 The effoot )f surface narvioning, by meaPs (I,' bur*Ti:s.,i1.,1j1. T..Io tlnOor-
Ina v,~ ;)arts nf )r, fatllguo strenpth was investigated. Experlmontn-
P, wer- ;)r-parec )f steel V) si,bjected t,n norma, lziriF and r0firkenont
tn pren-';- i,-, wore raclo of stool wvi refineri tn
M - :,- . -ans nf one-rol, hum.F~naw,
was, perforr-,1 by m
o cl e r t h e w c o n d I I t 1 0 n s :bu rn Is ~-, i nr, f,-)rce 141)0 KF,, Nimi,.-,h!ng
speed m/mIn. -)f panses P. For bur-nish"rig a
the prnf!,e radluB of mm waj; used, 7'~: e
ro'l. if 41~ mn in d1atreter w!tn
:nvestiFatlons have established th,kt the surface hardness after burnii;hIng
under mentioned conditions increases by 10%, and the depth of the work hardened
Card 112

nu rf rwf- !~/i r-(Ior, ! ng A( r):I/A I I
_ay(~r :F, mr.. 7, -. f If und(,r-n;tv,, tx,e [~art.!~ innr-nsf-~-. thv~r fm iwilp
hy w.,,t tno not hanioned nj~(-Imvns. Thn prf-!;"n,#- (,f xi
hah prersed-or. on tr,#, ax P redu-c.,; the fatigue strenirth hy I)A4 c,~mpared witti
riat spo-lmens. 7he tlp,,htri(!:-,.,i d,Pq nnt affoct practArnly the fnttKue L;trPn#!.t,i
of burnisnpd axles and sonewhat reduces that of unburnished axles. An applica-
tIon of stee. subjlt~cted to refinement instead of nornailzing does not affect
tne fatigue strength of under-nave axle parts. There are 7 figures.
E. 'Spivak
I,:; I rt(, te r 'q note: "'Iq translntfon~
Card 212

AC 2
st
Al -H. C) r4
kov,
5,
ee
eB* lga' -

A 1 7-, Z
-
7

TE_X_ mecrai..'_ a, p 7 Dpe 2 ~-ee,
- "N2 w
:
Mn <
C,
-
-
nard'-ess.
03; we-e 'ga'
F < ~- .me~~
ea
ed a'--- tea- s
.
, s of 9-pa".-a. cly: wn
'o: '.-a- a.:.d
, -nder
es*ar~lsned *r.-, .
- 7 Ta- P
~.F
'
-N2 nn3 -ne'
Kr ..a:,. '~L. pe - 3--1 5 _
S a
_
ee~
S

'N? ir,d &
Kr p s e: s ..... 5 7 e F,-
-,
., E K%e7" -1 5
7
M ne a r e a -,.,n e -o ex eT e e
from s Kr. . -N- s f- : e E. 5 a-:i K
'ard

7~ x e r a 7, *:-.e -e-de: 4
d e7~d 7 PH
em. pe e I
ard ?

;,~,T. 1,511: PinohuA. -,. A.
A(, c),PIA I (, 1
7 f',`vc t .)f ham)en I ng -n the I Iml ted repeated I mpaf-t
F r7v, CAL vnyy zhurnal Mash,nostr,)yen lyf-, no. Ii. I )b", ihn I 7,a-t
(V sh. "._-ovy-srienlye dogovecn;nnsti detaley m;t!,h!n ,?v-rK~i-
.ost2i . n a ep or". Perm' , I r)61 -it)
-,-.p , f !-,,irface harden'rig by neans of P~hot hlasc!ri~r an'l
n~.rnlshirig wllt~-, ro' crs r, tne 'Itmited repeated impart endurance ~f stee: parts
1 (21 K A) , i(
-,v es ti,- a t1d .N(-trritc, r-y: I ndricall samples of ~5 XHBA hNV
r.!;::j u,.- -,j, A f-,tee were sub,',Pcted to frequent repeater] Impa,ts on the
rd Th h
'77~pact-fatigue machine after heat treatment and ha ening. e ardening by
r.ear,s of snot blastln#7, was carried out with 0.8 - 1.0 mm steel iihot during
~ 7'nutes. The shot h:ast treatment as well as the burnishing produces in the
surface layer hgh compressive stresses. The depth of the work-hardened layer
Increases wlth the decreased hardness of the metal. The investigations have
found that the shot blast and burnishing are effective methods of increasing
Card 112

V I,
T'ho of,"t-t of surfar~ A( 6._)/A 1, 1
t.-,e repea'.ed Irr; act 7..: ,f parts working under considerable -,vor'
Tno shot h,ast narder_-. -oa!;os the repeated impact endurance )f
step! heat-treated to !:'I- by a factor of In the rase of i0KINZ
-L-1d ~)();A steel with naninf-s!~ X !,"RC _96-19 the shot blast hanif-ning, Itirrease,,- ttip
rcpcatod ;Tipart endiiraz~(-,, by a factor of 1.4 - 1.7. At a hardness bel(,w Mic i',
the sh,)t blast hardening '-oreases the repeated impact endurance of these sts-els
by :,'~ - :~W, only. The burnishinF over th- notch on:y and over the cyllndrl-ai
s~.rfa-t- on:y Is an efl,'ective method of Increasing the service life of parts
wor~,ing under repeated impact loads of a high Impullse and frequency. In
heat-treated samples sub.jected to hardening the Impact-fatigue crack appears
than In not treate,1 saini,:Ps. It Is pointed out that the character of th-
'r.pa,A-fatigue ,ract,, lri square samples Is different from the character
In
'mpact-l'at,gue cr;, r. spread cylindrical samples. The relationship
,-,a:i neer, established bptween the optimum paxameters of surface hardening
conditions. the depth oil the work-hardened layer, the hardnesg of the tested
material. residual stresses and the limited repeated Impact endurance.
E. Spivak
Abstracterts note: Complete translation)
Caru 212

PINCHUKI G.I.,- KIM11, Ya.M.
Precipitation pm=ocyatography in the diagmSiD of tumors of the
urinary. bladdar. Vop. onk. 6 no. 8:71-74 Ag 16C. (MIRA 14:1~
(BLAlQ,.A--7R[ORS)

KHAN, Ya.M.
Double contraat*g in bladder cancer. Vop. onk. 9 no.11:
107-110 163. (MIRA 18:2)
1. 1% Rostovskogo gosudarstvennogo nauchno-issledovatel'skogo
instituta rentgenologil, radiologii i onkolDgii Ministerstva
zdravookhraneniya RSFSR Wr.- kand. med. nauk A.K. Pankov,
zav. urologicheakim otdalom - dotsent G.1. Pinchuk, zas.
rengenologichesin otdelom - dotsent Ya.M. Khan). Adres
avtorat Rostov-na-Donu, 14-ya 11niya, d.63. Gosudarstvonnyy
nauchno-inaledovatel'skly !nntJtut rentgenologll, radlologil
i onkologii.

N(flull, G.
I tyroopf thr: coma a nrl canc#~r if Lro url nnry bladder,
urn v 1 r h -, knj?~, n Ui n I -r I vi 1 z n v dc, t son'.
ho at e,vsk. g- p~,suziarb tvennc)gc) -)wrcvr,,)- a 8 1 ednv a I. e 3 o,,
r~rt ppnr, 1 nF - i , r 4d, r I -)p I nr. k oF I I (d ! r k& no mt~r
A.V. -anx--iv ,

KONOVALOV, F.Yp.; ITYZULAYYV, fINCIIUK, G.P.; LAR:e?JOVA,
VNI)RA" YF VA, L. I .
11.9p of* fo- -;7noritratlng lvqwrltAf~i ',.-I qf,e-*.rrL,.
antilys'Is o~ jur, L'-smut~,. Ihur. Final. khim. 1P no.5:1-24-
1. 31 My', 1. (MIFA :-';.

L
ACC NRI AP6019766
SOURCE CODEI UR/0370/66/000/003/0084/0089
AUTHOR: Konovalov, E. Yo. (Obninsk); Peyzulayev, Sh, 1. (Obninak); Larionova, 1, Ye.
V&
(Obninsk); Kondra 1. (Obninsk); PIA~.ku-ks G. P. (Obninsk)
ORG t none
TITLE: Determination of equilibrium distribution coefficients of Impurities In
SOURCEt AN SSSR. Izvestlya. Metally, no. 3, 1966, 84-89
TOPIC TACS: bismuthq metal zone melting$ distribution coefflcient,-O~\,-'k
Q cy~A M~ ~ 1.0A ""-\ li,
ABSTRAM In order to calculate the process of zone melting %rith optimum pornmeters,
It is necessary to have the values of equilibriun coefficients of distribution of
the Impurities (k0). These coefficients can be calculated by the method of Burton,
Prim, and Slichter Q. Chem. Phys. 21, 1987, 1953) If the effective distribution
coefficients k are known from experiments conducted at different crystallization
rates (f) but under the same conditions of stirring of the melt. Usin& this mgthod,
the authors determined the values of k0 for the impurities Ajj'Pbj'(;~, Tl, Cd, and
Win bismuth. The values of k vere determined by two Independent metho-& . -one
Involving zone melting processes and the other a normal directed crystallization.
i The two methods produced very similar results. This permitted the recommendation of
, their mean values am the most reliable values of the equilibrium coefficients of
Lcard 112 --um-669.1

L ), ( '?:-)- A I
iACC N4. AP6019766
1 distribution for the above-mention*d Impurities In bismuth. Orig. art. hast 4
j figures, 4 tables, and 4 formulas.
SUB CODEe Il/ SUEM DAM 23yeb65/ ORIG RED 004/ OTH REFi 002
2/2 rv

KLEBANOV, G.3.; PINChUY,, G.Ya.
Solubility in the s-stems K! - Nal - H Ci ~' 7 - H - H 4C: , Nol I -
I
HI - H20, MgI2 - HI - H20. Zhur. 3- n (, d :281-
293 F 164. (MP,A P: I-o
1. I-eningrads;kIly X1 I En-I xr- -,i mwi -, of-v- '. -?~e sk '. f; riatl tut .

ATZENSHTADT, Girsh-Yesell Aronovich; PINCHUX, Iri- ADdri&uovna;..--
H&VELISHTEYN, V.I., vedushchiy red., YASHCHURZHINSKAYA, A.B.,
tekhn.red.
[YuzhWa ftba 2 and TugaraYthan 5 key wells) Iftmo-Embenskaia 2
i TvgarRkchanakaia 5 opornye skvazhiny Leningrad, Goe.nauchno-
takhnicheskoo izd-vo neft.i gornotoplivnoi lit-ry, Leningr. otd-nis
1961. 293 p. (Leningrad, Voesoiuznyi neftianoi nauchno-isaledovatell-
sk:Li geolo orazvedochnvi ingtitut. Trudy, no.184). (KUU 15:11)
Mra Lowland region--Petroleum geology)
(Kura Lowland region-Gass Natur&l-Goology)
(Uat-Urt regiow-Patroleum geology)
(Ust-Urt region-Gaa, Natural--Geology)

PUChIA. 1.?.. insh.-mokhanik (Stantalys Nezhin. Yi4vo-Zopednoy d oropt ) -
Mobile electric power plant. Put' i put. Vhoz. no. ?:22 JI '59.
(NITIA 11:7)
(3inctric Dowor plants)

PIRCHUX. I.1.
Immediate results of the treatment of gastric and duodenal ulcer
with folliculin. Klin. mod., Mosk-va 30 no. 11:90-91 Noy 1952.
(CIML 2):5)
1. Docent. 2. Of the faculty Therapeutic Clinic (Director -- Prof.
Ye. K. Manburg), Staline, Medical Institute.

L 142�Z-66 LVT(I)/LVT(a)/EWP(w)/T/E-,Ip(t)/EWP%b) IJP(C) JD/AT
ACC NR: AP5029554 SOURCE CODE: tM/0126/65/020/005/0663/0672
AUTHOR: Sancylovich, A. G. ; Pinchuk,. I
ORG;
TITIX:
Chemovtoy State University (Chernovitakiy gosuniversitet)
Theory of jalvan agnatic effects in metals of the bismutt type
SOURCE: Mika metalloy i metallovedenlye, v. 20, no. 5, 1965, 663-672
TOPIC TAGS: bismuth, galvanozagnetic effect, tensor analysis, natal physics, solid
state physics, electron, electric theory
.,1'". S -2 1 , p% , '~-
ABSTRACT: The interaction of electrons with phonons in bismuth is described by the
deforuation potentlal al" W"ILIG" T - - % 91- eaeutrons by phonons is assumed to
be elastic. A calculation is made of the relaxation time tensor and the galvanomag-
netic tensors and the dependence of the Hall tensor on the magnetic field is estab-
lished. Data on the Fermi surface of bismuth are reviewed (see fig. 1). A theore-
tical derivation of the relaxation time tensor for electrons and electron "holesto
based on the elastic tensor o.. is presented. The kinetic equations for magnetic
10
fields are determined and a calculation for the temperature dependent electrical con-
Card 1/4 UDCz 539.292 537.312.01

L 14987-66
ACC NR: APS028554
ductivity are given. The rvlaxation time tensor for the electrons is:
T11 I ; Vol Bldt, 1) + I Rif 0 .- 01-~Mjjl;
111110.0) jq 1111.1)- 1
Vol Leo 0 A) -I fiev(1.7- 1)1~os2yLj;
PI V#9 '. 1/!!q X
is apt
I all (1 1) 1 On 2 ill Too on, III.
(I, I)- B" (1.- 1) MI
Where vi-a-mon. i"_" Yff -+I) (5-:~71j sin 8 d I dp-13d 0 sin 0 x
2 (m hr I
x Cose ir (f), V)PI" (COSO) PAO (COSO) Ps'.(COS 0) eco. (Cos 0) e"m-m)lF. (1.6)
1 in the angle of inclination of the electr*ns of the ellipsoid in the YZ plane,
Card 2/4

L v#,18;_66
NR: AP5026554
rig. 1. Fermi surface in bis-
muth. X, Y, Z - laboratory system
of coordinates; x, y, a - prin-
cipal axon of the mass ellipsoids.
m. is component of mass. The relaxation time for the electron "holes" to calculat-
e~ to be:
,it T23
Card 3/4

L 14987-66
ACC NR: APS028554
J
where 0 is obtained from 1.8 substituting mi, m;j, m3 for ij = i;2 and ;j. In the
kinetic equations, the function 1~-(O must be calculated. It is obtained from the
tensor coefficients a.
aikK,b + v1 X a,hillpKi, + T1 2: a,b;;",Kb +
X, ve ~ %.1 OHM
+
The tensor coefficients a for both the electeons and electron "holes" are presented.
Calculations for the electrical conductivity are based on electric conductivity
tensors and magnetic conductivity tensors. The results of the experimental findings
are to be presented in another paper. Orig. art. has: 2 figures, 3 tables, 30
equations.
SUB CODEt 20/ SUBM DATEt 17Feb65/ ORIG REr., 007/ OTH REr: 003
Card 4/4

DRDZDDV, L.N.; PINCHUX, I.N.
Stand,ardization of students' farm work. Politakh.obuch. DO.12:
54-57 D 158. (MRA 11.12)
(Agriculture--Study and teaching)
(Field work 09ducatiorAl method))

PINCHUX, I.N.
Some Phortcomings observed in the teaching of hunian anatomy and
physiolog7. Blol. v shkole no.1:3q-42 JS-F '59.
(MIRA 12:2)
1. Noskovskiy oblastnoy pedagogichaskiy inatitut in. N.K.Krup-
skoy.
(Anatony, Human-Study and teaching) (Physloloa-Study and teaching)

FINCHUXO I.S., kand. tekhn. nauk; PATSKZVICH, I.R., kand. tekhn. nauk
Investigating the stability of the automatic weaving-arc hard
facing process. [Sbor. stJ CHIPI no.16-34-" 159.
(MIRA 12-9)
(Hard facing--Testing) (Blectric welding--Testing)

PINGHUKJ I.S.; EELCSHABSKIY, V.1,; RANM , G.G.; SHTSEYNER, A.L.;
du-SkH, V. ya.
Automatic pM;ring of cast iron by blast furnace pburing
machines. (Sbor. trud.) Nauch.-isal.inst.met. no.4:164-16'7
161. (MIRA 15:11)
1. Hauchno-iseledovatellskiy institut metallurgil (for
Pinchuk, lieloehabskiy, Rannev, ShteTwr). 2. Chelyabinskiy
metallurgieh"kiy zavod (for Gusach .
(Rlast furnacee-Equipment and supplies)