SCIENTIFIC ABSTRACT V.S. CHEMERIS -

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000308320014-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

CHARUIS* V.S.. student IV kurea.
IMP.
A now proof of some variation principles of conformal %&PPing-
Stud.zank.pratsl no.16:179-182 '55. (MM 10:2)
(conformal mapping)

POLOZHIY, G.N. (Poloshii, H.H.3; CHW=ls, V.S. (Chemerys, V.S.]
Problem of the use of p-amlytical functions In the axisym-
metrical theory of elasticity [with summary in Inglish].
Dqp.AN WR no.12:1284-1287 158. (MIRL 12:1)
1. Klyevskiy gosudarstvennyy universitet. Prodetavil akademik
AN UM I.Z.Shtokalo.
(Elasticity)

28683
3/021/60/000/007/006/009
0 0 0 li_ql ~11;1O 0 I1211/D305
AUTHOR: Chemeryaq V.S.
TITLE: On applying p-analytical functions in the axisymmetri.
cal theory of elasticity
PERIODICAL: Akademiya nauk Ukrayinalkoyi RSR. Dopovidi# no. 79
19609 903 - 906
TEXT: The main task of this paper is to find the second order
Fredholm integral equation'for the second basic problem of the
stressed state of circular symmetry,
+ 20%
2pjU+JwJ%-A0(Q 2zL P-IF(C). (1)
is introducedg where U r e u. K = (A,+ 310/(1 + p); 15(09 T(~)t
arbitrary p-analytic functions of complex variable ~ = r + izq
with ei envalue 1/r, ut w - displacements in the directions of r
and Z, f and ji Lame' coefficients* It is assumed that the solution
Card 1/5

28683
S/021/60/000/007/006/009
On applying p-analytical ... D211/D305
in regular in a given simply-connected region D9 and C is the boun-
dary of D. Using a generalization of Cauchy's integral and H.N.
Polozhyy (Ref. 4: Mat. Sbp 249 3759 1949)v the singular integral
e
tion of the first kind is obtained;
qua
-Aawd +iv(C)d r M CO) + (4)
k
+ N Q 9~ KI (j B (to).
k
n +
JIo 0) + f2 ~'o iH o)
are conju ate kernels with eigenvalue p X; OM = u
B(CO) pfw(~O) +. i%~O) ] p/Tri w(~) dfl (~, g`o) + iU~7,~d+,i(v..".!)
To prove that any solution of equation (4) is a limiting value of
the x-analytical function in D9 it is enough to show that:
Card-2/5

28683
S/021/60/000/007/006/009
On applying p-analytical ... D211/D305
~uQd5(C.C.)+iv(C)dQ(C,QMO
for any z. In his proof,,the author uses a Lemma: If a function
U(~) + iv(~) given on the contour C has a derivative on it, then
the derivative with respect to y, of a generalized Cauchy integral
with eigenvalue p x
h9s a form
(Z) Z) + W(C) Z)j dt.
C
Let now u(ig) + iv(5) be a solution of Eq. (4). Introducing x-analy-
tical functions
)P -u A z) + iv d0
Card 3/5

28683
S/021/60/000/007/006/009
On applying p-analytical D211/D305
(z) '21q z) du + io,' (C, z) dul - Iku (Q +
24
+ 21Lw (C)I zj - i I - ku (Q + 2 ILU (Q] d0 (C. z).
and using formulae of Sokhotalkyy-Plemel- and V.S. Chemerys (Ref.
5: Nauk shchorichnyk KDUp 1958# 1959) Eq* (4) could Ie rewritten
into. ------
AF(W) + 2y �P-(z) P, (z) 0. (5)
ay
but this means that functions P(z), Pi(z) are the solutions of the
second problem for the double connected region Dl. lying in the
right half plane and b.ounded by Cl and C (Cl inside C), with giveri
zero displacements on C and C1. Therefore, P(z) = a + ip. Pj(z)
k(d - ip) where a and arbitrary constants. Using the Lemma
Card 4/5

On applying p-analytical ...
28683
S/021,/60/000/bO7/006/009
D211/D305
it could be proved that a + ip = 0. Thereforeq the solution of Eq4
(4) which has a derivative along C and satisfies a condition H, is
a limiting value of an x-analytical function O(z) in D, and func-
tion given by
2y~19P-2PIW+W11
(3)
is a limiting value of a function 'V(z) in D. If the limitin va-
lues of functions 4D (z), 'V(z) are known, the functions ~Z M, 1,V(z)
arecompletely determined by a generalized Cauchy integral, and
the second problem of the stressed axisymmetrical state is solved.
The author also proves that the solution of Eq. (4) is a solution
of a Fredholm equation of the second order. There are 6 Soviet-
bloc references*
ASSOCIATION: Kyyivslkyy derzhavnyy Universytet (Kyyiv State Univer-~
sity)
PRESENTED: by Y.Z. Shtokalov Academician AS UkrSSR
SUBMITTED: July 179 1959
Card 5/5

S/044/62/000/006/043/12-1
B1 56/B1 12
AUTHORS: Polozhiy, G. N., Chemeris, V. S.
TITLE: Integral equations in the axisymmetric theory of elasticity
PERIODICAL: Referativnyy zhurnal. 114atematika, no. 6,.1962, 87, abstract
6B361 (Sb. "Issled. po soyrem. probl. teorii funkt'siy
kompleksii. poromonnogo". Al. Fizmatgiz, 1961, 399-412)
TEXT: Integral equations are compiled for the axisymmetric theory bf
elasticity. The initial equations are those produced by G~ N. Folozhiyp
which express solutions to the differential equations for an axisymmetric
problem usin.- two p-analytic functions (solution of am ellip*tical system
of two first-order equations). On the basis of these equations, the-second
boundary problem in the theory of elasticity is reduced to a boundary
problem for p-analytic functions. Using the generalized Cauchy-equations
for p-analytic functions, the authors obtain two different forms of
integral equation for the p-analytic functions required. An explicit
expression is obtained for the kernels of the equations by using complete
ellipticalintegrals. [Abstracter's note: Complete translation
Card 1/1

37906
~500 S/021/62/000/005/008/009
q. e IlEm, D407/D301
zoo
AUTHOR: Chemerys, V.S.
TITLE: On the numerical solution of axisymmetric problems of
elasticity theory
PERIODICAL: A'Kademiya nauk Ukr*RSIR. Dopovidi, no. 5# 1962, 595-598
TEXT: ~_n a-,-)roximate method is proposed -for solving one-di-Mensional
integral equations, corresponding to the second basic axisymmetric
problem (where the disniacements'at the edges are given). A numer-i-
cal exainDle is considered. The --reneral solution of the differential
equations for the stresses state of circular symmetry, in the absen-
ce o--.' body forces, has the form
- 2,u[w - irul = MP(~) - 2- w + !TfT (1)
az
where 0 and It are arbitrary p-analytic functions of the complex va-
riable 3 = r + iz. Under certain conditions, the solution of the se-
cond basic -oroblem on the stressed state of circular symmetryj redu-
ces to solving .1'redholm's integral equation Of the second kind. Af-~~-
Card 1/3

S/02 62/000/005/008/009
On the numerical solution of D407YD301
Ue--r- transformations, this equation is written in the form of a sys-
tem of two integral equa-Gions with .-eal coef.-L"icients:
b
1 2 2
Op [Y. (too t), (t) + K (tot t) (t)]dt + f (t
0 0
(5)
b
2 3(t t)yl(t) + K4(t 2 2
UP . p tic , t) ~; (t)]dt + f ( Lo)
0 J 0 0
a
where T(~) ~pl + System (5), in conjunction with
V
2
0
da (So a) + i~ (S)dfl(~, a) 0
have a uniclue sol ution (a is a, point which belongs to the region D
of the rig-~t half-plane (rOz)). System (5) (6) is solved by the ap-
DroxiLzate nethod of mechanical cuadratures. Thereby one obtains a
System of 2n, +i algebraic equaiions in ~ (k = 1, 2, ..., 2n). Ikir-
,.2- Tk
ther, -the error of the above*approximate method is estimated. As a
Card 2/3

S/021/62/'000/005/008/009
On the numerical solution of D407/D301
numerical example, the stressed state of a finite hollo~a cylinder is
considered. The ca-Iculations we.-e -oerformed on the electronic com-
Duter Ural-1. The results are listed in a tuable, side by side with
the corresponding values of the exact solutions; the relative errors
are~*also listed. Tile above com-outational method can be used (without
any nodIficat-ion) for solving ~he second basic problem for any holl-
ovi body of revolution, vfhose lateral surface has been generated by
the rotation of a curve whose curvature satisfies Gelder's condi-
tion. There is 1 1"i-ure and 1 table.
0
ASSOCIPMON: Kyyivslkyy derzhavnyy universytet (KyNTiv State Univer-
sity)
PRESENTED: by -Academician H.M. Savin of the.AS UIcr_qSR
SU:BYI!TTDD: October 7, 1961
-Card 3/3

CHMMSS. Ve S C.hewryal V. S.] (Kiyur)
Notbod for approximts .solution of thq second basic iudm7a-
mtzlc pidblem In the tbeory of elasticity. Pryla. wkh. 9
no.1:68-76 '63o (NIU 16:4)
1. Kiyevskiy gosudaretwenr4yy universitet.
(tianticity)

CHEMERIS-0 V..S. (Kiev)
"The application of the generalized Cauchy type integral for p-analytical
functions in the axisymmetric theory of elasticity".
report presented at the 2nd All-Union Congress on Theoretical and Applied
Mechanics, Moscow, 29 January - 5 February 1964

CHCHERIS, V.S. (Kiyev)
Integral equations of the axisymmetric theory of elasticity. Prikl.
makh. 1,no.506-46 165. (MIRA 190)
1. Kipvskiy gosudaretve1mv* universitet.
I
I
I

GOEMN. S.L.; CI ISOVA, A. 1.
lp;w~,~ 11 e ~Ii~
Clinical aspects and tre&tuent of amebic liver abscess. Izv.AZ
Turk. SR no - 3! 67-72 '55. (KWA 9:5)
1. Turkmenskiy gosudarstvonnyy seditainskiy Institut Imeni I.V.
Stalins,.
(LITU--ABSCIM)

11 CH MIRISOVA, M.
1~ 2. USSR (600)
4. Minsk - Telegraphers
1. 7. Stakhanovite schools In the Minsk telegraph system. Sov. sviaz. 3, No. 5, 1953.
9. Monthly List of Russian Accessions, Library of Congress, April -1953, Uncl.

CHDQRISSKAYk, A. A.
02-k1koxy-naphthy)-propionic Acids and Their Transformations." Thesis for degree of Cand.
Chemical Sci. Sub. 28 Sep 49, All-Union Sci Res Chemicopharmacautical Inst, imeni Serko
Ordzhonikidze
S~ry 82,, 18 Doc 52, Diagarf&tj nted For ~Sgress in Scion:a and Enginserim in
MosgQV_jLJ,%2. From VecheEMn HN)WA-_~an-Dec 1949.

CHDIMSMAq A. A,
on. at P.(2-&lke&WqbUI
2UJAVon ot marmaDh mm
iorisvkava - 22"-2288
Chen gem. Ch.-m. USSR, J950, 20. 1 U.5
tmmr, .1~- j).-2-(2'.1:thnxy- and 2-T-methoxy-rAphth-1.
77mm
oylpropiamie [3-2'-tuethoxy- and 3.2'-ctlioxy-iiaptitli-1-yliirupatic-3-
0aO-J-CUTWXyliCj WW,,are dealkylated by heating with AIC], to
give tho'corresponding phenol acid, which is esterified and the ester
alkylated. 'Oiadation products of 3-2'-~~ttioxynaphtlt-l'-ylpropan-
3-one-l-carboxylic acid are shown to W 2-ethoxynaphibo-l.
1-carboxylic acid _*[2 I-OEt-Cjj4,-CO-CO2l-fj and.
2-othoxynaplithatene.
Heating 3-T~mathoxy- or 3-T-ethoxy- (1) with C,11.-AICI,
(water-bath; S'lir.),distillatiutxofth~C,I-ls,attd-additionotice-HCI.
-tion with EtO, which is
ito the Sesidue affords, after extaL
Men extracted witA NaOH and acidified, 3-2'-hyJroxynaPhIh-lf-
lyi~ropati-3-mit--l-ceirlioiylic acid. Cjjllj%Oj (11). m.p. JIG-1170
ifferent from- the acid claimed by Fieser and Peters, A.,
193.2, 11, 1136) (Et ester, C,,If 0 rm.p. 92-93'). Clemmensen
reduction (Znlfg-HCI-AcOH; 124ing 20 hr.) of H affords. after
Rtso, and NiOll: extraction, 3-2'-Ii),Jroxynal)lith-1-yipropaiia-
!~~rboxyllc acid, Heating the Et ester of U!
with 5% KOH-EtOH and Etj (water-bath; S hr.) and cAraction
with RtAO affords the Et ester,of 1. 1 is heated with aqA410
(water-bath, 26 nAm ; boil. I hr.) forming a ppt. on cooling. which is
~~extracted with 1:*-,0 affording 1-formyl-2-ettioxyti~i)lttfialene
(M), mp. ja"U, C,,H,,ON, imp. 71-73 ), and a
t filtrato iAlch' ~on- acidification precipitates 2-eflunyllaphili-1-yi-
i glyoxylic acid -1 ,0,, a~.p. 160-161* (Et ester, C,,11,.O
I m.p. 701-0-n.-IMCII-1.1bazone. Clsl-l,&ON,, m.p.
j IV poiled'vith XHIPh-MOR (I hr.) is decarboxylated to E

to
" 11-0=1-trw~d -
". ~;. 1. .61"1 A,-.%, V~ ., J.
I;r,". t*A-,. 20, lX,,,l
SI.C.-I-43jaSilb. 11. 1.. IL

IS ghArli-mlikidols, All-Vtokm Chirm -
1 4 c 'hl A, Aw I Kho-h (I ttvi4 Chem I
4it Ity.N1 .# 1114 0 A141. "Oh 1'. Ill 1
C.'ll'i ill,, fit -4 ij,60, ".111VAid 14 1 1 1 t.%
I W, V,,# A ill "ith -111 IICI x"', ,
1-4 Aill. 111~ Its!, 70', Willie Ili.- lifirAl.. YN.M.'I
Imin the mot I.,ycr 26.., g-
pomii wid III, m 160-7#
.'0)U; lowing with
AHIII-Illis irivid- Ifiv !-11(l analoC. Ili. 227-11". IleatiltX
I ft Ill, With F1411i Ill OW JIMM'SH-V Of 11,;(I. SAVO tht PJ
fO- m 42 :t N, 1,141111; she (fee I vielsfoy sill moil"e,
m I so 'j, ffi.m. VjW Cl, mmess..Is 1,411J.-I iml (is* 1611.4111)
ga%, Act '.'41 ),1- O."ll
.i, J, is,. I Ito 5 '-Ili .1" t! frv"ti III, PIOII ); FJ esk,, m. UN -01'
t fir"111 Etoll 1. "11- -1.1" of I I g, \*a.llg to 11 to K
il ..vwl ~Nv ill ".1,; V"CO I. mul U? MI. PtOll (this Maly I.-
"mitts-ift .10 1.111 sit 10r; IICI, tirring .1 by,
--A .4 it'. 1%11111 fit Al. ArialIN"Sti-I .11 Ike ml
lilm". .-I.. L'.
.C,.1 1,4 111. A."Oll "l1. Built 1,
411mit HIM I Mmillit 1.7d) 0 ~.
K 11,14 1, 41 hs~ yy,~Vir M 0 ~W,Jfst)pts, fit. 31 3^
.1 ~JO ?14 0 W., art, mmIll 0%
1, AR 4. '1"'1 :0.1 4111\44. "All, 6-
144, ill. , If,, % . ..... I is, .0 lit 114,1 Ni 4
o.a 111'. '01 IN, V III-It
Haill bicb *#fit filit-AcOll pridi Ihv :-110 amolog, in
'r
wilile EtOli-11,80, trvatituryst yichis the FJ -art.
tc-1.3". frAily 4a;xmd. ill the OfiginAl 1. tn. Oil- I*. with
ale KIM. 1imri(cf.IltT;.f .-ithirshvilivatillawitbliluoll
Ill.- 1.11,rit'v of ItS0. 4. t.y braying %ilh Stilly in air
ill , ~', ; - 1. 1 wis- .0 7 .1, 1 is %I,- W I
Ill 13 1, lo"m I-mIll % 1. "1 ......
mlinlimi -4 11 ~LNI lit, vidd,,l
kslvu- a(ki 4111). ill I I I It"' Iffillik FAI)II 1, sillkil. h1AIllI
A itli Act It I - I I lit,vil- Id, t hr '410,1, id. % hile he-4c I'll * it h Ft
oil-li,;41. wit-61, tile Fl r'l,tivil1l. lti,411 .511"If"mit H(Ill
m.m isl ill I A"),r ~~W.

CIA, E P`r-E Ri S K At
0,1',~-Iive Ingleglor of' Beasory rm ength of inskborks...
iil~u W oil Inaillor".11 --~Inlples treated with!
sit, s, Matethd added, puT cent free n1co-
tilk, (C.J: 48~ M31h),-und per cent cozobim~.d uleotine in
sample, given ill ordt'r. uf sen-sory stivogth. were: control,
01~i3, O.gri; 10votitm Twx1ale. 0,33, 2.Kh; Wkminc Citrate,
.().413" 4-01; fret, 111cotine loul its eltrate, 1.30, 1.81, flce~
0."'1, 'rhe Multi Sugge-Med t1lat Sensory
S
Stmigth Int-rcuu-s ivills ftr~- okotme content, but filtsber
ptutel tests con(rudicted this generalization and to smoke
f pc of Und-
fruln Inak-hurki Vig-arcts Iva-S 1&11~11yzcd In the fin
ing en objective lodicator of Otreligth 0 ful-A-11 orka . U111-
lonn makhotku cigarcts were con5tuned imehanicully Under
arntual umpking'couditiotu. Smoke wa% bubbled throulth
11.0.and diclilorocthane. J*be opt). wj~ washod with JbO
und dkWoroetbaue otter ranuking IOU g, of mukhorka.
liquids wtrc stpd. and the aq. solo. wus washed twice
With diddormthane, 11e aq. layers were combined.
Aliqvols 'werc assayed for combined org. bases and total
NH,, Total alky, In 11,0 was dctd. with O.IN II,SOj and'
metityl blot indicator. The free ors, has"
and total alky. in diclilormthane roulposite Nvere cletel.
with litmus Indicator, CombLied org. bases (us g. of 11kc-1
tine), free org. b~xses (as g. of ulcotine), NH. (g.), unti ims
alky. (org. and aq. layers "Pressed as Lai
fonod in &moke from IM g, of typical MukhWka sarnple#,
given in Increasing order of sensory strength were: 0.98,
L12,39; 0.61, 0.53. U.M. 11.0. o-99. u.". 2.134, M.0, SO-;
sory strength Isproportional to the, units. of free org. ba%ts
and alky. of the sindke, but is not din~ctly retitled tO JhD
Co.,uhitted or%. bms oir the NHI vrnsttut. M. Stzz

Bk:hTcm,.40 MOW. e.
ne mot-

GOIANCHINSKILTA. Ye.S.; GLUSHEDT, R.G.
P=ification of 8-mthylthoobroidne. Zhiar.prikl.khim. 30
no.12:1806-1810 D 157o (MIRA 1121)
(Xanthins)

MADAYEVA, O.S.; RUZHENTSIVA, A.K.: MENISHOVA, P.M.; PERVACHEVA. T.D.;
OMMISSOYA, A.A.
Paper chromatogrnphy and apectrophotometry in the annlysis of
steroids. Ned.,Drom. 12 no.3:9-16 Kr 158. (MIRA 11:4)
1. Yseeoyuznyy nauchno-lealedovnt-l'9kiy khlwkiko-fnrmmt8evtlche~kiy
inatitut imeni 8.0rdshonikidse.
(STOOMB-ANALYSIS) (CHROMATOGRAPHIC ANALYSIS)
(SPBGTROPHOTOMMY)

RUZHENTSEVAq A.K.; CHOMRLWFATAg A.A.; TUBINA, I.S.
Apalysis of some geldproduots of the synthesis of cortisone@ Mode
prom. SSOR 14 no.12138-40 D 160* (MIRA 13:12)
1. Veasoyuznyy nauchno-inaledovatel'skiy Ichimito-famatseftigheekly
inatitut imeni S. OrilshonUddse.
(CORMONE)

L1796-.66
5-0175'28- 1-71
ACCESSION NR: AP' UR/0243/651000/007/0007/0009
-15.43:615.11 (47)
AUTHOR: Letina, V. Tubina, I. S., Chemeriaskaya, A. -A. Y-'
TITLE: General analytic methods in the SSSR State Pharmacopeia.
SOURCE: Medits'inskaya promyshlennost' SSSR, no. 7, 1965, 7-9
TOPIC TAGS: test method, drug, pharmacology, drug industry, quality control,,
analytic chemistry
ABSTRACT: The article describes methods to be introduced or more widely ap-_
plied for quality control of pharmaceuticals in connection with the new edition
of this pharmacopeia. It discusses control methods prescribed in recent foreign
pharmacopeias and the last SSSR edition (IX), such as infrared methods, ultra-
violet spectroscopy, polarography, fluorometry, pH-metry, thin-film chromato-
graphy, combustion under oxygen, and the use of standard preparations. Informa-'!-
tion on the use of, these methods will be included in the new SSSR pharmacopeia.
Soviet control laboratories will have be be provided with the necessary instru-
ments, reagenis, and standard preparations. Orig. art. has: None
Caid 1/2

CHEMERISSKAYA, A.A.; IVANOVA, N.M.; LARINA, L.N.
Method of paper chromatography used in the analysis of some
derivatives of pregn- A -en-3,20-dione. Zhur. anal. khim. 19
no.7:905-907 164. (,'.IIRA 17: 11)
1. Ordzhonikidze All-Union Scientific-Research Chemico-Pharmaceutical
Institute, Moscow.

AIJARDTAMO L.M.; EMSXIKH. 1.M.; EWTUNO. X.P.j LTUTIR, R.A.t
SAFMIEDY. R.A.. CHAPLUMIT, H.K.; cmams. X.G.
1. V. Tokov; dbltuW7. Blektrichostvo no.12:77 D 155. (NLHA 9*31
(Tokov. Ivan V"illovlch, 1901-1955)

-T
kizzNT-W -419. .1
AC~ NK: -SOURCE CODE: UR/0137/65/OW/012/DP!2/DO-'3
AUTHOR: Kaufman, M. M,; GleZber A. Z.; Finkel'shteyn- YA, S ; K1W3Mtnik2Y,-A-z--V-;
K-knr-ki kh. V. N. Chemerinskaya,_&J!~, Salyuk. L. A.; Pillnikova. N. N.; Vedyakin.
Xa-Tu-F1F-.Ta-.-P,
Sultinskikh.-A.
N. M.;
N.;
ORG: none
TITLE: Improving the quality of stainless steel,pipe
11~'
SOURCE: Ref . zh. Vjetallurgi~a, Abe. I~DlOl j,
REF SOURCE: Sb. Proiz-vo, ivarn. i besshovn. trub. 'IYP- 4- me, Metallurgiya, 1965,
51-59
TOPIC TAGS: stainless steel, pipe, metal rolling, metal heat treatment, metal
inspection, steel/KhlSN10T steel
TRANSLkTION: .'An iite'nsified odcebs~'ii ddiFilopea'f6i"hiating metal. Experi-
*mental rolliiig showed that use of this process reduces scrap due to flalvis on
the interior surface of pipes to A~ at primary inspection. Reducing tezipera-
,ture for metal heating and pipe rolling and increasing feed angle of rolls
;on the piercing mill (100-100 301) improves pipe quality. ~~g~oTsteei
with a high concentration of 49-phase (14-16%) results 1dan increased rate
iof pipe scrap at initial inspection (up to 7014), as wall as a high percentage
!of rejects at final Inspection (up to 700, as well a3 a high percentage of
rejects at final inspection (up to 15%)., Therefore this gradt of steel with
OC hase con:entral~orkgajmore t~W points ball cumt be recozmmAad
- 11 pa -
Por Troduc One 0
I
F F - gfiua CM&I 13 UnGs 621-70-1-
12

L 23'12-6 /E"!T(M)ZE1',P(V)jjV1P E_1'1P(QZFM-jh)jr"'P(1) L
ACC NAt "6011200 SOURCE CODE: UR/0413/66/000/006/0032/0032
INVENTOR: Semenov, 0. A.; Alferova, N. S.: Yankovskly, V. M.. Kolesnik. B. P..
OstrLn. G. Ya.: Plyatskovskiy. 0. A.; Khey
* Itts, G. Gleyberg, A. Z. :5,
I.; Gomelaurt, N. G.; Blanter, M. Ye.; Sharadzenidze, S. A.;
inberg, A. A.; Tsereteli, P. _A._.-UFirij_a_, A. Ye. Seper -efadze,
1 0. G.
ORG: none
TITLE: Method of manufact ring strengthened tubes. Class 18, No. 179786 [announced
by the Ukrainian Scientific Research Institute of Pipes (Ukrainskly nauchno-Issledo-
vateltakiy trubnyy Institut))
SOURCE: Izobreteniya, promyshlenn"e obraztsy, tovarnyye znaki, no. 6, 1966, 32
TOPIC TAGS. tube manufacturing, tube rolling, tube strengthening, tube heat t
ABSTRACT: This Author Certificate Introduces a method of strengthening hot-rolled
tubes. According to this method, the hot-rolled tube to quenched immediately after
It leaves the first rnlllno mill, and then is sized or reduced at &.tempering tempera-
turs. 1~ (NDI
SUB CODE: 13/ SUBM DATE: 12Nuv63/ ATD PRZSS:Y -Zq
11 9-i

GnIm aua----Y-pl-.-Olektrouvarshchik.
Letter to the editor of the "Aytogennoo Delog. Avtog. delo 24 no.6:30-31
JS 153. OWA 6:5)
(Electric welding)

121
Z, all
p

SEE64, Rogssa; GEROLY, Karoly, dr.; MESTER, Endre, dr.
A case of paroxygml tachycardia associated with mothemoglobinema
in infants. Gyermekgyogyaszat 13 no.1:26-28 Ja 162.
1. Budapest Fovaros Tanaesa VB. Schopf-Merei Agost korhaz (igazgato:
Gergely Karoly dr) es 1. ker. Tanacs VB. Bajacsy~-Zsilinszky korhaz
(Ipsgatot Mester Endre dr.) kozlemanye.
(METHEROUMINEKIA in inf & child)
(TACHYCkPik PAROXYSMkL in inf & child)

CHEMSZOV, S. .
-------
In contact with the economIc council. Sov. profsoiuzY 7 no.16:
19-21 Ag '59. (MIU 12:12)
I.Prodeedatell Orenburgskogo oblastnogo soveta. profsoyuzov.
(Trade unions)

AUTHORS: Smirnov, M. V., Chemezov, V. A. SOV/ 2o-12o-1 _37 /63
TITLE: The Equilibrium PStentiale of' 7,i'rconium in Chloride Melts
(Ravnovesnyye potentsialy tsir1r.-oniya v khloridnykh rasplavakh)
PERIODICAL: Doklady Akademii nauk SSSR, 1958, Vol. 12o, Nr 1,
pp. 122 - 125 (USSR)
ABSTRACT: In a previous paper by the same authors (Ref 1) a dependence
of the equilibrium potential of thorium on the temperature and
the concentration of its ions in chloride solutions was deter-
mined. Metallic thorium in such soliations reduces the Th4+-ions
to Th 2+. An analoEous reaction mi-ht occur also in the case of
other tetravalent kations of the sub-Croup of Ti. The authors
carried out special experiments to check this assumption. For
this purpose a molten eutectic mixture of lithium chloride and
potassium chloride pretreated with dry hydrocen chloride was
filled into a molybdenum crucible. A cortain amount of zirconium
tletrachloride was added to this mixture. This crucible was fixed
to a molybdenum rod and put into a test Cla so of quartz which
was filled with argon. This test Class was then heated in a
Card 1/13 macsive metal block serving as a ther:%ore.-itlator. A dinGram

The Equilibrium Potentials of Zirconium in Chloride SOV/2o- 1 2o-1 -'j3lrjr3
Melts
shows graphically the results of two experiments carried out at
560 and 5050 with samples with 2,27 percent by weight of Zr.
First the potential of the indifferent molybdenum electrode
was more positive than the potential of the zirconium electrode.
With progressing reduction the potentials of both chlorides
approached and finally became exactly the same; then they reached
a constant value. This tends to show the reaching of the equi-
librium in the reaction of the reduction
Zr + Zr4+ 2 Z2+ In the solution predominantly
solid molten molten *
bivalent zirconium is formed in consequence of the reduction.
Also the equilibrium potentials of zirconium at 400 to 8200C and
at concentrations of 000 - 24,9 percent by weiGht ZrCl 2 were
measured. Their measurement is described. The results of the
meacitrements of the electromotive force at various temperatures
are araphically shown in a diagram. Another dingram chowo the
isothermal lines of the electromotive force at 700, BOOP 900,
1000 and 11000 K for various concentrations of zirconium in the
Card 2/3 electrolyte. These measurements also prove that in the case of

The Equilibrium Potentials of Zirconium in Chloride SOV/2o-12o-1-33/63
Welts
an equilibrium with the metal the major part of the zirconium
in the solution consists of bivalent ions. There are 4 figures
and 3 references, 2 of which are Soviet.
ASSOCIATION: Laboratoriya elektrokhimii Ural'skogo filiala Akademii nauk SSSR
(Laboratory of Electrochemistry of the Ural Branch,AS USSR)
PRESENTED: January 2, 1958, by A.V.Frumkin, Member, Academy of Sciences,
USSR
SUBMITTED: December 10, 1957
1. Zirconium-Electrical properties 2. Zirconium--Thermodynamic
properties 3. Chloride solutions-Applications
Card 3/3

CIZMZOV, V.A.; BARANOV, G.F.
In"atigation of the filtering properties of filter aid materials.
Xhim. prom. no. 2:127-129 F 161. (MIRA 14:4)
1. Nauchno-igodovatellskiy i konstruktorskiy institut
kbivnich skogo-iiashinostroyeniyao
(Filters and filtration)

BARANOV, G.P.; IVIN, YuoF.; CJMZOV, V.A.
Study of the separation of an Iron hydroxide suspension by
filtration vith the use of an auxiliary substance. Khim.prcm.
no.3t201-204 Mr 162. (MM 15W
(Iron hydroxide) (Filters and filtration)

LA _JQWW-VV U.111,M]f W 11 Mrl AL if- Q"rl OIL
JJP(c) 11X/JD/F1~/JG/WB
Y. ACC N.Ri APS025612 UR/0135/65/000/010/0034/0035
621.791.052:669.14.018.8
AUTHOR: Ya. (Englneer-);-Chemezova, S. A., (Engineer); Derevyinkin, V_ I
Dubskikh, Vj
(Engineer) T; 7-~- Y Yi
TITLE: Corrosion rate of the welded joints of OKhl8NlOT chr6mium-nickel steel in
boiling nitric acid, '-6
J OURCEt Svarochnoye proizvodstvo, no. 10, 1965- 34-35,
a c
-TOPIC UGS: metal joining, chromium steel, nitric acid, corrosion r te, ferriti
steel, metal heat treatment
ABSTRACT: ii and tubular welded-joint specimens taken from three different melts
of.OKhl8NlOT6teel (0.06% C, 1.30-1.34% tin, 0.30-0.60% Si, 18.10-18.29% Cr, 10.32-
0 n~'
11.00% Ni, 0.63-0.65% Ti, 0.006-0.019% S, 0.022-0.029% F) were tested for corr sio
wei
in boiling 65% nitric acid. Corrosion resistance was determined accorling to gh
losses and metallographicanalysis. The tests established that the joikts of at I
ee
from melt A (austenitic-ferritic structure containing a ferrite phase
Aftounting to
3-51%, with striatAd alignmeift of ferrite, as~opposed to steel from melt B, which
contains carbidel-ilnelusionsV'along grain boundaries, and I eel XxFm melt C, which
Aas a purely austenitic structure), when alloyed with TAr Nbqn the amunts of
-&e- c
Ti/C > 9, Nb/C > 16 or when welded with a wire electro ontainiug a low percentage
1/2
Ccwd

1A
.1 MUM I.V... CAmmIcHX1r'H.Ta\., V~~ARI,I.G.
Operation of the Valinskes mat weaving machims. Sakh.pron. 29
no.2-.22-25 155. (MM 8:6)
1. gubankty makharzWy sawod.
(Textile machinery)

L> 2_