SCIENTIFIC ABSTRACT A.A. DINNIK - A.I. DINTSES

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000410420009-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 13, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

AINI K A
3, PHASE I BOOK EXPLOITATION SOV/3611
Dnepropetrovsk. Metallurgicheskiy In8titut
Obrabotka metallov davleniyem (Metal Forming) Khar1kov,
Metallurg.-
izdat, 196o. 326 p. (Series: Its: Nauchnyye trudy, vyp, 39)
2,100 copies printed.
Ed.: A.P. Chekmarev; Ed. of PubliShing House: R.A. Belina;
Tech,
Ed.: S.P. Andreyev.
PURPOSE: This collection of articles is intended for
technical
and scientific personnel in metallurgy and in mechanical
engineer--
ing. It will also be of interest to designers of rolling
equip-
ment.
COVERAGE: This collection of articles treats the theory of
rolling.
It discusses such factors as the total and the unit
pressures
of the work on rolls, moments of rolling, forward slip,
spread,
etc. It also includes results obtained from investigation of
rail quality, rolling of cast iron sheets, and other
problems.
No personalities are mentioned. References follow each
article.
Card 1/9

Metal Forming
TABLE OF CONTENTS:
sov/361l
Chekmarev, A.F. [Academician of the UkrSSR), L.Ye. Kapturov,
and
P.L. Klimenko [Engineeri3]. Experimental Investigation of
Distri-
bution of Unit Pressures on a Contact Surface in Rolling j_n
Plain
Rolls
The investigation was carried out to develop a reliable
method
of measuring unit pressLu7e on the contact surface, and to
obtain, by measurement, data on distribution of unit'pressure
during rolling with various drafts of strips having various
initial thicknesses and widths.
Chekmarev, A.P., and P.L. Klimenko_ Experimental
Investigation of
Distribution of Unit Pressures on the Contact Surface During
Rolling in Grooved Rolls
5
30
Chekmarev, A.P., and Rudoy, V.S. (Candidate of Technical
Sciences,
Institut chernoy metallurgil P14 Un,6S1% and, Vsesoyuznyy
na4chno-
issledovatellskiy trubnyy institut - Institute of Ferrous
Metal-
lurgy of the Academy of Sciences of' the Ukrainian SSR,
ar*kl the All-
Union Scientific-Research Institute- for Piping]. The
COntELCt Sur.-
Card 2/9

-MeLal Forming SOV/3611
face, and Pressure on Rolls in Pilger (Rockritel Rolling 53
The authors present new meth.ods for measuring pressure on
rolls
in a Pilger mill, for rolling pipes with 219, 273 and 225 mm
diameters, and for determining 'the instant area of contact.
Vatkin,,Ya.L. (Candidate of' Technical Science~]. Pressure on
Rolls in-Rotary Rolling of Tubes on a Short Mandrel 73
The author compares experimental data on the total and unit
pressures with the results obt6ined through'-using formulas
the
author derived.
-Dinnik- A.A.-[Candidate of Technibal Sciences). Selection of
CoefYi-bient'A in the [S1rqD1Ified).Ecjuation of Plasticity
in Cal-
culating the Pressure of the Work on Rolls 89
~he author investigates the relation between coefficient.13
(of
the equation E~,
.1 and the. value of the mean principal de-
formation,, the ratio- of the relative spread and draft.,in
order
to get a criterion for selection; of a reasonable ?,value
which
will result in more accurate calculation of forces In the
rolling process.
Card 3/9

Metal Forming
SOV/3611
Ch6kmarev, A.P., V.M. Klimenko, V.I. Meleshko., M.M. Saflyan,
V.D. Chekhranov, and S.N. Rabinovich (Engtneerl. Pressure on
Rolls In Slabbing Mill 93
The authors describe the methodi3, instruments, and results
of
an investigation carried out at the "Zaporozhstall"mill on
horizontal and vertical rolls al; slab rolling.
Saflyan, M.M. [Candidate of Tech~ioal Sciences].
Experimental In-
vestigation on the Lever-Aaw of Moments in Cold Rolling- 104
The author deacribes Investigation on the above subject, and
gives the total pressure on rolls in cold rolling of steel
sheets 1, 2, 3, and 4 umt thick at various drafts.
_DJn_nik, A.A. Calculating Forces in Rotary-Type
Pipe-Straightening
Machi-ng-s- 117
The author describes the process of elasto-plastic cross-sec-
tional and longitudidal straightening of pipe; and gives a
method of calculatinIg forces acting In a rotary type
straighten-
ing machine.
Card 4/9

.Metal Forming SOV/3611
Chekmarev, A.P., and N.M. San1ko [Candidate of Technical
Sciences],
Forward Slip in Shape Rolling 127
The-glith r describes methods of' designing shaped rolls In
re-
spect to forward slip; the method is based on experiments with
right-angular, square, rhombic, ovalland circular grooves.
Mutlyev, M.S. [Candidate of Technical Sciences]. Derivation
of a
Formula for Spread of Rolling on Plain Rolls 152
The author presents a method of' calculation of spread in
rolling.
It is based on theoretical determination of stresses in the
contact area in transverse and longitudinal directions.
Chekmarev, A.P., and M.I. Chepurko [Candidate of Technical
Sciences].
Deforgation of Metal in the Manufacture of Pipe 173
The authors present a method for determination of local
(layer)
deformations for any element'of* pipe in the focus of deforma-
tion, at various manufacturing processes (rolling,drawing)
rotary rolling). in order to determine the most suitable
process
for given conditions.
Card 5/9

Metal Forming
SOV13611
Chekmiarev, A.P., Ya.S. Finkel'shteyn (Candidate of Technical
Sciences), and I.M. Ludenskiy (EngIneer]. Kinematics of the
Process of Helical Rolling 3.9.1
The authors try to explain in IL new way a number of
phenomena,
occurring during helical rolling, the kinerhatics of the
process
magnitude and direction of forces in the contact area, slip
of
metal, and the ways of intensification of the process of
helical rolling.
Galemin, M.P. [Candidate of Technical Sciences]. Effect of
Size
and Shape of Trapezoidal Roll Passes on the Quality of Rails
221
The article deals with experiments undertaken by the author
in order to determine the effect of the conditions of
deforma-
tion at rolling on elimination 9f defects in rails. The
prac.-
tical re,.,ommendatioris concerning the shape passes and
magni-
tude of drafts are presented.
Chekmarev., A.P., A.P. Grudev [Candidate of Technical
Sciences),
and V.G. Zhak [Engineer] . Cold Rolling of -Annealed Cast
Iron
Sheet 231
The auth6rs describe process of removing defects on cast iron
.sheets either by'hot or by cold rolling
Card 6/9

-Metal Forming SOV/3611
Nikplayenko, Ye.G. (Engineer], S.I. Vitenzon.[Candidate of
Techni-
cal Sciences), and L.D. Stepanova (Engineer3. Effect of Cold
De-
formation on the Properties of Cast Iron Sheets 243
Effect of cold hardening,*recrystallization, number of
passes,
and: amount of drafts on the ductility and strength of cast
iron
sb&ets is dis.cussed.
Vatkin, Ya.L. (Candidate of Technical Sciences), I.D.
Kronfelld,
S.V. Rozhnov, and I.A. Chekmdrev [Engineers],, Investigation
of
Pressure on Rolls, and Power'Consunption at Rolling Pipe in
Con-
tinuous Rolling Mill With Long Mandrel 252
The authors discuss the distribution of pressure on rolls,
the
effect of wall thickness and amount of additional alloy in
ste,el on the pressure of the rolls. They giVe formulas for
determination of unit and total roll pressure, and for power
consumption in continuous rolling.
Chekmarev, A.P., and L.Ye. Kapturov. Experimental
Investigation
of Unit Pressures in Hot Rolling 278
The! Authors conducted a laboratory investigation in the
Card 7/9

Metal Forming'
SOV/3611
Dnepropetrovsk Metallurgical Institute onAeteimination of mag-
nitude, and distribtition pattern of the unit pressure in the
contact area at rolling of teel and, of various thickness
and with various drafts.
Chekmarev, A.P., V.I. ?Ieleshko [Candidate of Technical
Sciences),
and M.M. Saf,lyan [Docent]. Experimental Determination of
Power
and Momentz or Rolling in a Finishing Section of the Type 168o
Continuous Sheet Mill 293
The authar presents SL calculation of the lever arms of
moments
of rolling, by using results of oscillographic measurements
of electrid current and voltage, r.p.m. of the rolls and the
pressure of metal on them, in'single stands of the above-men-
tioned mill. These experimental data can be used for calcu-
lation of all energy parameters for new rolling. regimes.
Dkqn-1k,,-A,A. The True Yield Point of Steel at High
Temperatures
and High.Rates of Deformation 311
The author shows the effect of temperature rate, degree of
deformation, and points out the effect of the degree of
k 1,;esidual-deforMation on the true yield point of carbon and
alloyed steels.

sli 37/6o/ooo/,) 11/00 1 5/lo4,3
A006/A001
Translation from,: Referatimyy zhurnal, Metallurgi.ya, 1960,
No.11, p.i16, it 2)6i3c)
AUTHOR: Ding k,__A.A.
_~]Ll
TITLE: True Yield Limits in the Hot Rolling of Steel
PERIODICAL: Tr. Mezhvuz. nauahno-teldm. konferentsii na temu:
"Sovrem. dostizh.
prokatn. proiz-va!', Vol. 2, Leningrad, 1959, pp. 64 - 70
TEXT: The true yield limit,67true, depends on the chemical
composition of
the metal, the grain size, temper;,turru, the degree and speed
of deformation. Ex-
perimental data are presented on e2 for 11 steel grades at 603
- 1,2000C. de-
formation speeds as high as jo-3 - 10- l/sec and 30%
deformation degree. The
difference-in.the mechanical properties of industrial ingots
and billets ani labo-
ratory specimens is taken into account by using the
coefficient of similar-".j n.
In extrusion;~' 2, n = 1. The effect of the deformation degree
is taken into ac-
count by using the coefficient K which varies, depending on
the steel grade, with-
in 0.55-1.05 with an increase of the deformation degree from 0
to 70%.
L.M.
Translator's note: This :is the full translation of the
original Russian abstract.
Card 1/1

DIMIIK, A.A., kand.tekhn.nauk
Selecting a ,0 coefficient in plasticity equation for
calculating
metal pressure on rolls. 11hucho trudy DMI no-39:89-92
160.
(MIRA 13:10)
(Rolling Mille) (Plasticity)

Imnd,,t;okhn.nauk
Calculating forces on tuIxi straightening mills with
inclined rolls.
Nauch.,trudy DMI no-39:11?'-126 160. (MIRA 13:10)
(pipe! mills)

11L58) 3/137/6 lfb6VOO-9/037/060
A006/AI06
AMOR.- Dinnik, A. k
TITLE, True yield 11mits 01' 3teti &-t higher temporatures &nil
de-formam~.cn
speeds
PERIODICAL: Referativnyy zhurnal. Motallurgiya, 110. 5, 1961,
28, abstract 5Z'h222
C'Nauchn. -cr. Dnepropetr. metallurg. in-t", 1960, no, 39,
311-32'~)
TMM . The author presents razults of exper'-ments on the
deie-.ininat-len. of
true yield limits 6~' of "'&rooin, and &Uoy st-tel grades at
high temperatures
N
(600 - 1,2000,"] and. variou~zi defor~zat!:-r. apeeds. For low
deformation -speeds when
~ e testing time is extended and the speolmen '~empi~ratx~* Is
difflault to
Ul - - 4~
tain even durizzig upsettIng In a heated eon,"autrier, -he
met-hod of stti+.ic tensiw,
was employed on a 1.e-ver- perpendic-ular ty-pi ma-~hlno. A
spe2lmen oil 6 mm diam-e--er
and 60 mm -rated le,-4tth was placed Into an eleatrio
resistwince furnaze, heated to
a given temperature for 10 mkinut8s prior t:i the tezta, and
was then stretched At
10 mm/min, The datiirm--Inat%ion a-, n,~&n s,>,etds of 2 - 4
see-'~
was performed on aLn. exnon.'ri.c. p"ss by upset&Uig of a
speoimen (20 Inm in 4-0 -1.7- h~~Igh","' --:5 3~', A::d 54c~r_
Tests at high defo--via-
Card 1/2

24563 S/:37/61/000/005/037/060
Trv%se~yt-eld limits of ste,~! ... A006/A106
I
tion speeds (50 - 300 soo, ) were perfor-n&d on a vertioal
Amale~:, xai-a wit h '40.3
and 100 kg trop weight and up to 5 m 1.4ftirg halght. It waa
eatalolished that
the dogrea of relative deformation affect oonsidorably 6At ,
sima',~taneous--ty wLth
the tomparature and the deformation speed. At a lowo3r dmgre-.
o-.1' deform&tion tho
0% r
Value 6AA deoreasev by 40 - c-; . 1* is poin",vd out t-hat thei
dettaL on obtair.-
ad during hot defdrm&tlon of basio ztra::ti~tral sttel grades
may be% wide1y used
when caloulatins -the foro6s 1n varlous pirooesses of preesu:,e
working of metalts.
There are 11 references.
[Abstraot.6rls note:
Complete iranslation]
Card 2/2

S11 37,/4- 110001006.1'C' 27/09 2
A U7141OR Dinnik, A.A. A0061A 10 1
-----------
TITUR - Se'le::zinn cf coeffilciler.1, in the equa~~lcn of
plas"%lclt-y when cal-
cula-ling the metal pressure on roll;
PET,:IODTCAL,. Referatl"y
.y zhurnal. Metallurglya, nc.. 6, !-2, abz`rac-~ ED5
("NT.~chn. tr. Dnepropetr. metallurg. in-t.". li~_-C% rv).
-,;9l --i9 .. 9-2)
TEXT~ 'I"he a,..,-.her derives the dependence of ooefflcien7.
on the witan-l
,ade of -r..-an maLr. de-P--- a-cr and the ra~lf, -,f
--,al~llve w-lderii.-lF --~ re~a-.-AN,4~ re
m - k i
du~tl-.= *:q -_ In In
-3 &kinq in-,o anc-:~-jm the elfe,~C- c-f ~h-~ m~~ar. rra-l
cf --n7w'_nF :h_Ang;~--s -:.,f cc-)ef_
fl -lent /'W as a 'i~he ffitan main defc,rnat ! n- l' '. a
C-a'LC".51 -_n-aT, C-f~-
eff.L~21an-~ :,han -as fr1l.M. -1, wh6n rcill-Ing sheets wi-:h
w'-dgnins (a
uz) t-o 1,155 whi~n r~,I!_Jng sheells orith,:;--t widen.1-ng
(Et-..
1- for se-.%Tfon r-:-Uled me-;-. fr-:'ll 0.1 C,
a! a
-;.1 - -35),
L" If, tha conv~, --l%^xLal value
.15 f~~r all. ca.3es
nc~et

AUTROR: D1nn1k, A. A.
27920
3/12 3/6 1/OGG,/O 17,/CiO
A004/A1(-;'1
L4-
TIM '- The true yield strength of steel at high tempera
Wrezi ard d? ~ 0 rr
tion rates
PERIODICAL: Referativnyy zhurnal, Mashinostroyeniye, no.
17, 1961, 13, absf-nict.
17A86 ("Nauchn. tr.-Dnepropetr. metallurg. in-t", 19,60,
--o. 39,
311-327)
TEXT: The author presents the results of tests
to'determ-Ine the traF yt---'d
strength of carbon and alloyed steels at high temperatures
(up to 1,0000~-),
Various rates (2-300 1/sec) and degrees of deformation
(0-50%) dur~hng f.ensiie
and compression (upsetting) tests. The obtained data are
pretsenteJ in -a grapi,
showing deformation rate versus the mean value of the true
yield stre----.qth, P;
was found thatapart from the temperature and deformation
rate, the degres of
relative deformation affects the true yield strength,
which Is being reduced 1.~
40-50%) if the relative deformation decrease:i.
[Abstracter's note: Complete translatiorl
Card 1/1

,9/793/*62/000/000/1)01/006
A004A126
AUTHOR: __Ainni~, A.A-, Docent, Candidate of Technical.Sciences
TITLE: The true yield point of steel in hot rolling
FOURCE: Teoriya prokatki; materialy konferentaii po
teoreticheskim vorsrosam.
prokatki. Moscow, Metallurgizdat, 19r-N?, 157 - 173
TEXT: The author gives a definition of the true yield point of
steel. which
depends on various factors and shows the effect of these factors
by means of a
number of tables. He presents formulae for calculating the
coefficient of force
similitude, the mean specific pressure In hot rolling,
anidescribes in detail the
investigation methods. The true yield point of heated steel at
different defornur-
tion rates can be determined by 1) tensile tests and 2)
compres;3ion tests. The
former method is preferred because of the possibility of
obtainIng the yield
point under the condition of a linear-stressed state (tutaxial
tension) in tha ie-
latively small deformation range of 15 20%. The author,
howeirer, Is of the op-
inion that the true yield point should be determined under
conditions that xn
analogous to those of deformation in-production. processes,
i.e., in compression.
Card 1/2

8/793AA/000/000/001/006
The true yield point of steel in hot rolling A004/AL26
He gives a detailed description of the tensile and compression
tests, enumerates
the various specimens tested and presents some additional
formulae of the Impaot
work in upsetting and mean value of the deformation rate
during upsetting. As a
result of the tests, the author considers it experiffentally
proven that oonadder-
able changes of the true yield point along the are of bite
are'taking place, ow-
ing to a simultaneous process of hardening and softening.
There are-17 figures
and 3 tables.
ASSCCIATION: Dnepropetrovskiy metallurg:Lcheskiy institut
(Dnepropetrovsk Metal-
lurgical Institute)
ti
Card 2/2

DINNIK A. A kand. tekhn. nauk
I
Engineering methods for calculating metal
pressure ori rolls
and the torque in hot rolling with smooth rolls.
Rauch. trudy
241 no.48:55-78 162. (MM 15:10)
(Rolling mills)

DINNIK, A. A., buad. tekhn. nauk
Contact are and the torque arm coefficient
considering the
elastic compression of the rolls. Nsuoh, trudY
%a no,48:
206-215 162. (MIRA 15:10)
(Rolling mil-le) (Torque) .

DINNITS, Ye.G.
---'fr-aM-9Uc dislocation of the testicle. Urologiia 21
1. Iz gospitallnoy khirurgicheskoy kliniki (zav.
Novosibirskogo meditsinBkogo instituta.
(TISTIS, dislocation
caused ty trauma)
(D,SLOCATION
testes, caused by trauma)
aci.1:68 Ja-Mr 156.
(MLRA 9:12)
prof. I.L.BregaiLze)

DDWV,S, F.
"Plannin.;-, Directin,, and Checkin.- the Progrezz; of
Production by ';,.',eans of
Graphic Ropresentat-iofi; j-rom the Experiences of the
Wilbelm Pieck*,Frreigh-~
Car and Mackine Ii6rks." p. 12 (TOMIMMELES. Vol. 8, No.
12, Dec. 19.~Jj;
Budapest, Him-ary.)
:~o* Monthly List*of East European Acce:3sions, MIAL)
LC, Vol. 4, No. ~,
April 1955, Uncl..

DLIPIES, F.
ItBri:yade of the Ashociati6n in the*Nar eteny Riubber
Works."i). I .
0 V.7t
(TODBT[R?4EL:,;S. Vol. 8,, No. 12, Dec. 151.5,11;
Dadapest, hungary.)
So: Monthly List'of East- European Accessions, (IYAL),
L-3, Vol. 4, No. 4,
April 1955, Uncl.-

DIIIITYZS~ F.
"Teaching the Dirc~tion) Plannincp'nnd OrL;wAzation of
Proddetion." p
~ - 17
(TODBI-M=,S. Vol. 8, No. 12, Dec. 1954; Budapest,
IIun,-,a--j.)
So: ',.Iont!O,-f list 6f East European Accessions,
(MAL), W, Vol. 14, No. )4,
April. 1955, Uncl..

DII-INYES, Mta~ J.-L
Dlvloma t*-(-Pes --,,I I! -" , -- e::. ---.n -.- . ~.
!-. - -
S. -- el --. .
51. 1 -5-12 JI I ol'..

DIMO, P.
Separation of junction pointo by use of short-circuit
currents; unitary
method for the analysis of eleotric-power systems. Pt-3.
Dynamic
operating conditions; use of digital computers. Rev
electrotechn
energet, 5 no.1:41-55 160. (EW 10:4)
(Electric currenta) (Short circuits)
(Electronic digit&I ecoputers) (Graphic methods)

4n guanine In
determillatlov; Of - lid" 0 IM
psortals'vulgarls. - and
-Pudzik
Hallnu (tyniv. - L6_zkj,
7"~4; '-The scales. dried at 105*1
Biochim Polon. I - OOPA -15 HIS04 for 8 hrs. at
were hydrolyzed In MAS vo 7
lou". Purfue5 wM Wated e filtNtd ~Of the lly-
ti.
drolpme by adding excess i4i%. Sj)I uln! then hot 1%
CuSO,, liberating i Pitt, and refteating
V
ppta ej 4n sme ~casm th redissolved
IC. ;I once, or tirk C
I'llies )td.--oilth AgG, d 'd. with' hot
pit
P11'r wt't. (r) ec'"V
N 11.1c1. P the guanina was pptd.
by addn. 61 wood. N11; atiO purified b ring 11) UN
NaC,H and repptu. vrith 257o AcOW 1~211-41 c was pptd
fromi I " as the pluilte (tkt p1l 4) anti rdr-rysulli":
Freshly collected sam;acs and samples 2 weeks old andmany i'
months old were analped. ! The totnI N w
a 77go:
'4
iLdenine N 30-69 ing. 51,1 and guamine 1~
?;Irr~73ohcrts
1. R

aowski and H, Pow 4x (U111 I 16di, FoUjj):-,t=
-1V.-
1)0;3". 1 W, Wo-, CWt94 306~
0) 'r Omnine (1) In a &m1. volumetric Aisk was mixed With
0,2 rn). O.t)2N Iodine and 0.1 W. 40" NRIDH and left for 1 -5
2brs. A blank Wh. was frattd ifeZtllyi. An eacis of
2N MSO. (approx. 0.8 wA.) v= added and thr sola. tkmtcd
olth UMN Nau%(~' 'AA]i star.U m hdk~oto--r,'j thio.
M11fate Is ccluly. to IN -V lodine. Thii t-Owt of excas NaCilf,
HSO4, telup, vurimlo= and tht'duat,ed ILWO. of indicatol an
the values of bUnk titmtiowvwnmjIJaIt, 71aeoxidat'lon
of I was slower in moredil. Iodine wht. hacldaaln.Uore~c-c
tW takes Flace; In alixh~y alk. 99n. t%c oxidatiou pro
emcisrapidyand2molm Wint&~Tcuied for I moiel, in
1070 NaOU or Mon. I Is oxidized quantitFitively In-40 win.
using 3 lnolc-3 of,; 0 for out 01 V ~ Ral3wa the temp. does
notchungethe3:1tatio. Adenincis'notoiWizedundero-ny
of the above contlitions.- By this metho.1 the I content of
smies of psorlasis viflLari% was 29D 1 7. -Ai.
q

DS
L 13853-66 ErIT(M)AWP WPW)a~~b)~kl J-at) IJP(c) LJ~DAI~ LRM
ACC NRt AP6002815 ~SOURCE CODEs UR/0078/66/011/00.1/0207JI02
09
AUTHORSt Diogenov, G. a; Gimel'shteyn, V. G.
ORGt none
TITLE: The syatem_Rbt Cs 11 No
30 C1100
'11anicheskoy kbimii, v. p
SOURCE: Zhurnal neor 11 no. 1. 1966p 20`7-209
TOPIC,TAGS: phase equilibrium, pht.isedin&aMs Phase composition,,
rubidium comptvand,
Cesium compounds acetates nitrate
ABSTRACT: The ternary reciprocal sys-bem of acota-bes and nitratev
of rubidium
and cesium was studied. The Inveatigation is a continuation of
1weviously ropoxted
work G.G. Diogenov, T. I. Bruk, and N. 11. Nurnimikiy (Zh. neorgan.
khimii, 100
1496j, 1965). The experiwntal re"Itii are presented -in graphs and
tables (soe Fig.
.1). It %ma found that the system represeuts
a.reversible-reciprocal system IdtNout
a pronounced shift in the-equilibrift towarl arvy ano of the
components*
ol Card 1/2: UDC: 541.123+546.175+547o29

L" 13853--66
ACC NRs
r
'VIO
I list
Fig. 1. Projection of the crystallization surface of -the system Rb,,
Call H032
CH~COO on to the base plant),
Orig. amt. bass 2 tables and 2 graphs.
SUB COIEs 07/ S~BM DATEs 15Feb65/ ORM REFs O(Y)

DINOVY B.
"Methods for Frooveinp Salt from the Sm" 1- 44,
(1,111-T0 DFU.0, Vl. 9,
P o
1-10- 4, April 1~54, StofiYal Bulgaria)
SO: Yonthly List of East European Accessions, (FML),
Lc, Vol. ,, "o.1,
Jan. 1955, Uncl.

DINOV, B.
Measures Increasing our Sea Salt Output (Marine Salt).
Minn.-) Delo (Mining)
#12:33:Dec 5h

DTNOV~ B.
MINING AND GEOLCGICAL DEPOSIT bTUDIES. Minno Dolo
(Mininf,), #12-, Doc 511

DTNC-V,D.
DII;OV, D. Using thn tractors during the winter. n. 6. Vo2.
7 no. 21. NOV. 1956
MASHINIZIRANO ZTKITMELIE. Softia, Bulgaria
SOURCE: East 'ERuropean Accessions Ust (EIM-L) Vol. 6, No.
4-Aprill lq57

YUKUSOV, A.11i., akademik, otvred.; VOLYNSKIT, A.S.,
prof., red.; XZRMI,
IoIeq prof.;red,,*, K1XILOV,.I.K.$_.kafid., red.;
KRYZHUKOV, A.N., koad.
biol,,nauki red.:,~ SADYKOT. A.B., -prof., rod.; SAGATOV,
kond,
mad4niukg,rade; TURffULOY, TooXhai kand.biol.nauk, red.;
KHRTMM-
AINOV Kh*S_h*P 1cand.1)iol.nauki redi,; KHA-qHIVOV,,1.Kh.,
prof., red.;
YAIRVENK , ;.P,,, red.izd-va; SHARIKOVA, V.P.,.tekhn.red,,
[PaTers from the First Conference of Physiologists,
Biochemists, and
Pharmacologists of Central Asia and Khzakhstan] Materialy,
I X3nferautsij
fisiologov, biolchimikov i farmakologov Srednei Azii i
Kwsakhstana.
Tashkent. Izd-vo Akad.rLauk Uzbekskol SSR, 1958. 647 p.
(MIRA 12:3)
(Continued on next card)

YUNUWT,A.Yu.---(continued) Cgird 2.
1. Konferentsiya fiziplogov, biokhlmikov i formakologov
SredneY
Azii i Kazakhstan&. Ist, Tashkent, 1957. 2. Akademiya
nauk
Uzbekskoy PSR, Tashkent (for Tunusov. Turakulov.
Khayrutdinov).
3.Neditsinskiy i-astitut, Tashkent (for Volynakiy,
Sadykov,
Khashimov). 4. Sredneazistakil, gosudar-stvannyy
univerBitet,
TashIcent (for Izraell).
(PHYSIOLOGY) (BIOGHEMISTRY)
(PHAJL14ACOLOGY)

DINOV, St.
Results of the treatment of tuberculous meningitis.
Suvrem.
med., Sofia 6 no.12:61-68 1955,,
1. Iz Detskata protivotuberkulozna bolnitea-Kniazhevo
(g1. lek":
St. Dinav).
(TUBERCUMSIS, 14ININGM. therapy,
chamotber. (Bul))

DINDY, S.; SHNAROV. I.
Destructive forms of primary tuberculosis In early
childhood.
Suvrem. mad., Sofia 7 no.12:63-75 1956.
1. 1z Detakata protivotuberkulozna bolniton - Sofia -
Kniazhevo
(GI.-Askar: St. Dinov).
(TUBZRCUWSIS, MILIARY. in Inf. & child
primary, destructive forms (Bul))
(TUB19RCUWSIS, PULMDRARY, in infant and child,
same))

DINO TODOROV, P.
Artificial, pneumothorax in the treatment of primary
tubarculogis In in-
fant and young children. Suvrejz6 med., Sofia 9 no.7;64-71
1958.
1. 1z Dets)mta protivotuberkulozna )p-olnitsa-Softia. (Gl.
lekar: St. Dinov).
(MMMOMORAX, ARTIFICU1, .
in inf. & child. (Bul))

DINOVt V.: POPADIN~ S.
"Determining the coaq?uted power of condenser,asynohronous
electric motors with permanent
connected condenserl
Tezhka Promishlenost. Sofiia, Ralgaria. Vol. 8, no. 2, Feb. 1959
Monthly list of East F-aropean Accessions (EEAX), LCI Vol. 8j No.
6, Jan 59, Unclas

ANGELOV, Angel; DINOV, Ventseelav
Now system for ovitching the auxiliary coil of
single-phase condenda-
tor asynchronous motor. Blektiroenergiia 12 no.6:16-20
161.
Electrio notora, Synchronous)
Clectria coilsY
8

DINOV, Ventsealav., inzh.
Higher haimonics In the spatial distribution of
magnetizing
force in the two-phase i~nd sin*Le-phase
machines. Godishnik
mash elekt 12 no. 2:65-74 162 nubl. 1631.

DIMITROV) D.; DINOV) V.
Study of a nonsymmetrical two-phase machine.
Mashinostroarte
12 no. 11:18-20 N 163.

DI"MI'OV, D. A!.
6
Ganar,--lizatlon of the method of : rjm-,~,Cnents in
electric machines. Godishnik inash elek-t 11
no.2:1~--206 163.
[publ. 164]

yuGoslj,Vjl, Chomical Todlinology. Chomical Products
and Thoir H-34
Application. Dyoing and Chomical Troatnont of
Textilos.
Abs Jour Rof Zhur - Khim., No 3, 1958, No 10,091
,~~uthor Popovio, Potar; Dinovic, Katica
Inst 3 Not givon
Orig Pub t Tokstilm ind., 1956, 4, No 6-7, 3.99-203
Titlo i Strotching and Shrinkago of Cotton Fabrics in
tho Finishing
Procosa.
Abstract Tho strotching and shrinkago of fabrics
subjoctod to
mochanical troatmont (calondoring, combing) and to wot
fi-
nishing-vioro invostigatod as functions of tho naturo of
tho fibol-s (cotton, rogonoratod colluloso) tho nmbor of
tho yarn, tho Uriat of tho throads, tho closo woavo of
tho
wool' ancl tho warp, tho pattorn of intonvocoring, and
othor
factors. Rogonaratod colluloso fabrics strotohod noro
than cotton fabrics in mochanical finishing. Tho dogroo
of strotching is diroctly-proportional to tho closo
vroavo
Card 1/2 of tho woof and tho prossuro in calondoring
(upon

YUGOSLi,.VI;, / Chonical Technology. Chomical Products
ani Thair H-34
Application. Dyeing and Chomical Troatmont of
Tortilos.
.,'Lbs Jour tRof Zhur - Xhim., No 3j, 1958, No 10,091
:calondoring, the circular oross-eootion of tho thrand
boc=o an ellipse with its somi-major axis paxallol to
the warp). Shrinkage was investigated aftor washing in a
soap solution (5 gm/1) at 600 0 a-ad drying "t 650 C;
Shrinkago took place primarily along the warp (while tho
dimension along tho woof even increased soriovhat). The
magnitude of the shrinkago was inversely proportional to
the close weave of the woof of the fabric; the
shrinIcaga
of rayon fabrics was highor than that of cotton fabrics.
Card 2/2

USSR/General Proble:*m of Pntholoby - Tixmrs.
Coi-.iparativc U.
Oncolofzr - 1,11mall 1,103-plaaym.
Abs Jour : Ref 7hur - Diol., 1-10 19, 1958, 09703
Author : Dinovskn, I.T.G., Shkola, 1.13.
Inst :--z--
Title : A Case of Primary Carcinorm of the Dulbus
Duodeni.
OriCs FWI) : Vestn. khirurCii, 1957, 79, No 8,
116-irt.
Abstract : ND abstract.
Card 1/1

DMOVSKAYA, X.Ge (Mbep rope trovsk, Aciur-Nishnedneprovokiy
rayon, ManuilovkAi,
OHNOIA LTII. (Dnep rope trovsk, Amur-IlithneduprovtkLy
rayon, Manuilarks, peroulok No.1)
Frimagr oaroinow of the ftodenal papilla. Veist.khir. 79
no,8:116-11.7
Ag 157. (MIRA 10:10:1
1. In Icliniki falculltot ekoy khirurgii
manitai-no-gigiyenichaskogo i
pedistrichaskogo fakulltets (zav. - prof. M.F.Kamayev)
Dn7ropetrov-
skogo ineditaim3kogo institute i rentganovskogo otdaleniya
zov. -
I.Ye.11likols) 9--y gorodakc7 bollnitay (glevnyy- vrach -
L.P.Dubo%-akqjr)
(DUCMSNUK,, neoplasms
of bulbus duodeni)

1. L. G. DINSEMAN
2. USSIC (600)
4. Batrachia
7. Cannibalism of amphibia. Biul. MOIP. Otd. biol. 57 no. 6.
1952.
9. jjor~thly List of Russian Accessions, Library of Congress,
April -1953, Uncl.

RASMVA, G.; SHKROBAL, D.: DINSTBIR. R.
Detoxicating effects of ATP. Physiol. bohem. 5
no.4:4w"47
1956.
(AIENYLPTIDPHDSPHATE, off.
datoxicating off. Olum))

r:jl-'tiv~e to cijffuz;i~m 0:
35.
f T uLj ClIr_
IdA 1, ij~ 11'.1

DINTER, Oskar, prof. inz.
New trends in the aruahing and gr3nding of
mineral rair
materials. Rudy 12 no.7/i3a;--91-296 TI-Ag'64
(MIRA 17:8)
1. Higher Sahool of IfLning, Outrava.

DINTERI 0., prof. inz.; HOLDER!, X. , ixi,-.
The ZVIL heavy medium jig. Faliva 44 na-20:-'302-3072 C
161".
1. Higher School of Mining, ~Dntravti (for DInter). 2.
]~,svareh . Wte
of Coa'-'11"K, Ostrava-iltadvanice (for llolbulln).

DINTERt 0.
"Separate Ventilation of Ore Mnsm.w p. 100.
(Bj&, Vol.l. No.7, Sept. 1953, Praha.0
SO: vO,,. ~;., No. 3.
'in Acca. Of Congrczx, L~ccl, 1-~;54, Uncl.-

!) I MrFi? f,
~ ~ '.y - .
III-line cars with a large capacity. r,
Uhli, Pmhu, Vol 3, Nlo 5, May 1953) P. 14.1
SO: Eastern PuroDean /,ccessions List, Vol 3, No 10, Oct
1954, Lib. of Congress

MNTN,;R, 0.
MNTNEIR, 0. Problems related to the dressing
of iron ore. p. 23
Vol. h. no. 1,. Jan. 15,56
RUDY
TECHNOLOGY
Praha, Crechoslovakia
Sot East European Accession# Vol. 6,, No. 2,,
1957

DINTFRP 0.
Losses in processing mineral raw materials. F.
54.
TECIIINICKh FRAGA. (Slovenske nakladatelstvo
technickej
literatury) Bratislava. Vol. 8, no. 2, Feb. 1956.
SOURCE: East European Accessions List, (EEAL).
Library of Congress. Vol. $4 no. 12,
December 1956.

DINIT~111 0.
TECI-MML-C GY
nericdicals: WDY Vol.. 6, no. 7, July T958
MITNTER, 0. ~'Ipccial mcth-~~ds of ore dressirg
~4-id (Winition cul the
term ore drcssi,-Z. p. 2h6.
Monthly I,Dit of East European Accessiens (ELAI)
LG Vol. 8, no. 5
1959, Unclass.

DIVENEP, 0.
I'Mutual relation ID-etween losses in z7dning, dressing and
metallurgical processirg
of ores."
RUDY. Praha, Czechoslovakia, Vol. 7, No. 4, ApAl, 1959
Monthly List of Zast European Accessions (EEAI), LC, Vol.
8, No. 9, September, 1959
Unclas

DINUM, 0. Prof.., inz.
Flotation terminology. Rudy 10 no.9.,330 S
862.

DINTER., O..,,,..,pro:r., inz,
Note on the symbols for preparation squipment and
processes.
Rudy 11 no.1:25-26 Ja 16,
3,
1. Katedra upravnietvi, 11yocka skola banska.

PINTER.. 0., prof., inz.
The DISA dense liquid separator. Paliva 43
no.4:114--116 Ap 163.

DINTER, 0., prof.
I'Dewatering of preparation products and. water
circulation in
washingn by A. Battaglia. Reviewed by 0. Dintar.
P,aliva
43 no. 9:294 S 163.
"Coal flotation" by V. I. Klassen. Rev'Lowed by
0. Dinter.
294-295
1. Katectra, uprtvnictvi, Vysoka skola bunska.

DINT,'T'4, :-i:~L.
Vovi,o.ion o" rinfilyti,,, functlo-ws fi)rm U:v
m(-an
quotients of sumn of Faber:9 Dokl. AN SSSR 157
no.2.-
250-253 JI 164. (MIPA 1"1-,7)
1. Predstavbmo akademil-cn

Vp 0 0 0 * 0 & 0 0 0 a 0 9 0 0 0 0 4 0 a
3~ I )JAI& 78 smolzu m u it it is
o L A P. 0 a a a L a a
r
JA 2 a

9
dw ad hydro. -

CarbevIA. A. 1. Mines, OPMA". Jid. U. R. S. S.
-

0

153;7.--~The ejackingi tapts. west canied
IN. 9.1, 10M.

out In it cqw 41twd lion tube lattiverved In a
vitial both.
00,

The subolaw was 11"I brovitht almost to
crucirins lemP.
00 9

and then pumed tktmgb t1w o.VPW41md tubo.
Hexant
'
4W
00 it

was brattil to-Ob-INIS
for 6-0 we.. wism to
570* fv 6-13D we., and 2,640mmethylb"ant to 4V2-676"

0o a

for 3-38 we. 7U cracked pwakets wem auslywed (data

aretat"dated), The reactiamant (a)

C--fIj.-* and (b) C.Up.4a vt
CA + C-A-4. and to

t Ut (C) C.Rb~t$ FS C'4H* + C~tH,_* and (4)

H, + 0.141.~ Mamie droompomi tualstly im-
A
b
l
dl
li
h
d

t
$
ing to (a) m
), s
y amr
ng to W and (
(
g
For cwtane the. r"d*m wt M-M% smvdirg to (a).

2,5-IMmet1sylluntant Fams MAD% wording to
=0j
b
I
h
i
ft f
d b

n eac
tract
on
e
ortar
9u
jected to a
(a) -
0* j
f

mpld further dwmpn. according to (a) C
Ml
h
l
C
ff
F
b
041

evitse t
e react
on
or
prmeeded
s.-
.11. + C.

to 411 -C0%, for octant to Of~-70jyo and for
11,4-dimetityl -

0*
a

bet*"C 10 M-71($Yo. TIM CM*tb. Of tbt PFibUtry deCIDMI)n.

(Irpend upm the temp. &W1 wm for bexart at US-W
f

lug X, - HAM - (14100,
n - 0.06. Ica- wam kg,.

K, - 14.70 - (14 HOD/ n 0.09 (495-=').
md for 2.6-

dimethylliczaiie ft,. X, A.59 - (7215/7? a 0.0.5

(40)-h7fil). 1U activation energies of thr primary de.

-wipts.
of both besmar aWoctm* wr setwdinsly 64,5M
'

and that of 2,3-Onetisylimmarm is 33.OOD miar".
M

Lwat explanatim of the afoove phenomenon I sivrn hy
S

R kv (C. A. 29, 2057).
A. A. 11
age -1 1 IF 04. 4.1
0
.00
zoo
11! Coo
ul" ,, to, J'Al 119 It ww
0 0 Is 0, 0
SO a * 00 '96 00 to *0 0 0 0 0 0 6 0 0 m 0

W:Ows move a 000-9-M -
0 j a 1 4 1 1 9 lo 11 it u " is to k) to mp a A by 10 is -mi m
0 0
0 r & N 9 -a T_u L-1 -Lig 0 A
21iup mad whdow"m W 60MV-som 6f 14*0m-
[A boo. 1, do ftm jo bimiiIw at NAM" ------
a=. Ab md A. V. Prot. J.
W vi. C. A.
troccw. =U
(1) "H), b. 08-W 0-11% OV
WbW~d&t8Q -W thedunstimottil,?~kA
1.870. .00
es h4mg a 1-00.8 on. witi aTP9 &OWspa. of I. --mr-ther. .041,
ftommokscfdrtms.~"U 41411
W to the followlsot
game out the wmwd. 0
i'miuskam.. Como ona + No I Comm CH4 +
C#Hl +
CAIW WI C Como + C4116 C41 Ls
colts 4)) CH4 + C4"o 13), ValCo
2C41% 10 4 + ell'# - 11CM, goo
M. Pa. of I S. .1 and
am Ill by a '00
vim.. 7 A,
the t c
1011
With :V A 9clif
Os 3 no the do prollolgo. Tboont. we*
M-matVit on 11 rowtimmom is alawn ime-
ell at =Pa. With 1"Mmas- 1:, see
p..bu .1 imp.
Ing di"Wma of 41CM1119. tj" agoosetity fit lonxisocts see
00 .04W7 &WOW. fbe emergy goo
activa0coo td Pri-wy "' a. of I within the 11-10
I&I'mo I* K _ 64.rAjj k 1,forval. and the de n&wc zoo
d she velocity "Oll IMP- "Al ):1 14-12 - IM(Litr '0 0
Chm. Mow
00
QUILLUINfICAL L119RATURt CLAWSIF KATMM t-:-
via", .3.01
S.S.6a .,I d64
'IfT
on m Ow 0 IN 0
~u a 1140 a t
991, S% to 0 00 0 it 0 0 0 4 0 0 0,11
: 4, "
019 0 0 0 : 0 0 0 0 0000 00 1) 9 *10 0 & 0 A 0 & a 111, 0 r 0 *
0, 4. ~~

v w n v
0 0 w it mi P I' A VP a 4
0
it it is s
It .1t
L It
J-Z
.00
go 11,1146m 4. -1441 21 see
00 twill-A. lorfultitills the "Jolyiq 4,f .111ill
11Y.&WOWIM A, A.
:0 9i
laep
ood"', s
00
0 Ar
06
!jog
j,,jj ilia.
13
. I` - - - il . . it it
It
V, Ll - I a ; o
00 40 0 00
IL 1 A I I

-1 -14
46
0b
* 0
06
00 a
go I
:0 3
0
0
U-11 u 11-1
L-A.-A At
C. A. 28, 2
22.8 mm.) It
cluans bulb
4. 1110-15; c
dt-vapd. "
C11. T rH,,
vrkmdty; Was

CoHm, CoNs

75-W% of

0

CH4 No

t1W caft of

:0 1

Of

tALLUIRIWAL LIMI&I

U
1, AV

It
t
t M, 49 a

PO
I
I

I . 1~ I ~ I - -w- " W-W
If it u to a 11 n 11 An A.17181*~Wli hs v W 1-1. cu " 11~c*
L I u A I I-M-11111 IX PC-M+L-1. I J1--f;A. A I
cc*
flectilts AMID POIC419.1411 'NOte
own" deft"Psaltift W Itydremb"O..
laddes at Othms and Propiss. A.
A. V. Frual. Compt. rMid. ". ell.
11w dwaitipa. of CvHs t!st 0781/1.7- .00
C*Hj (at 4116-ftll.W.11 mon.) In a no
INX foHm 6 unknol. law. A chabi 0
The hydrooduna rtwbkq rra"km 1 -.00
i-Thm" d6assopedlim W' oduw =3
,--q WWW a ON" lba. .00
. A. U. 234181.-OMR) -.38 url,81W (1) :jo 0
is awma(ed hv by the reactions to 0
I - Cello + CaRis, proevedlis Whit Oqual
kw in temp. affect only the vekwily of
rwM% totbe"astlask M-14.7111-
umpti. to yirkl a mist. He,, C194. C9110. 0
d CJis. Under W condkions. 0
mpl. 2,64Imirtkyamw (13) yieklo
'00
4^ of shkh is koher donm*d. In
has
Cu dk" so Catalyst, the tIMNO". 14 U.
C. A.
Atli tutwo M'lWIM5"*3vT
R a vi a a it of n I Ili .140
0 9 0 00010 9 0 0 4 Got 00 0 0 06
1+

Woo
t kill t wnf.
m
**A
9o&
go
got *.L*M-+
god
HJW
A S 0 - I L A NITALLURWAL WgRATURI CLASUPICATIN
*Dow 11"411T.
see
=00
-00
'00
"See
ae 0
.10
Ime 0
0
woo
91 AV At An L t a Im 0 is v 1 If IN
0 41,
0 a 41
0 0 0 0 It!

I told ?I fki-atiuls t, I? u
1, CAL e --A It :"I- I I/ I- ~114.-A M-0 ~Qal- G.-3 i t a t.
4
of the tMad" of b dro
a Pre"At 94MUS of *6 theory kki Kies". J. i"Id 77*
Calloadla. kl;W'~-!!'~ 6T~jfiu(r'rj"p* of iltv inagnilude atul
:0 (nw).-A re -00
00 nature of the contact sUrfacel tm lbe wrl"Cily old-11111M.,
the depnydMeof thrrumpit. of the P"KIWI-On the e%tv"I .00
00 A. of dewapa., lbt effect of 11,01UM On she
0 the efiai-I of temp. cm the primarY MAW%, the trla i""
between the taw and structure of the hsdrrwwltm and its
C Ifv of arlivalim,
wbutty dectint, a. p"Killcts and the encl
twquilird.lov MU0"I (AW NO PARINIVInic alul olefitth.
It dtocarbtwi. The date are "whiderrd hOU the Ilklint t
Zov of the Schmidt duul,IcJ,,,nd alld kliv Hit
F. 11. Rav Mik'Al
go 0, chain thront-A. thillann CID 0
00
10
see
zoo 0
we*
so
000
1,1041 4- ~M
1-6 -1 ---4
r, TIM
'is it lima Wit Itu MItt " it M %to n I An I I a U o 4 a I w st
0 a 42 3 2 v ,
'VIV
0 0 0 0 0 0 0 0 e 00 0 0 0 00 0 0 * 0 0 0 We 0 0 0 0 & 0 0 0
see Cos a so kof goo*@ of

age 0 W--w OF
- ,7 wt 7 7
ea ? I 1 11 1: 14 is
00 AA Ir 6 1 r N---J It -L.
00 N-
;-00
00
0 r Kiftedca of 64'"W
A. 1. Dtqtza.10W-P. =11 !TI~
.00
XMU~--YWidpp Tephra 6. 4L8
in a very ejuperficial (Ityjb%) jhvvwnpn. tbt, vrimity of
00
the cracMig reaction Is Practically ln&1K-n($wt of the
0 cracking ar 0( the duraiinn of the reaction, WW -90
it rt~& swidertory agreement with tbv law of awl. .169
rewtions. lvdivitlual MOTM cuts of Straight-culk Pe- 4*9
trokum c11 (koway Saw Baku origin b. 100-Me am
00 %11 zoo
cjsawterised by prwdeay idepticall energy of activation
040 of tht cnckft "Wtim. Which amounts to W.Ow
0 .3 40UO cal. lwr mol. The can". of the crocited.Muct
little on the reacdca tmp. with
:0 lomt of unestd, ceaniptle. liscriesm slightly goo
above thiii it'"Op. The Statements by Posen (C. A. 27.
4w.!) that Site wtiTation energy decreaws with the in-
rrmqe In mol. wt. of the hydrocarbon mW that the ratio
2 Fee
of the energy of activation to the log A of the ArrhenJus =90
ico,K=A.e-mimr.isac(mg.amquaKkoned. For
proclum isnvietigated these vallues vary frout 4.16 to 6*0
4314. Teo jr1crenres. A. A. Elorlitlinelt 00
ASS S L D91AI.LV4(.K6L U110ATWIt CLASIOICATION 6zrr==--z;=
11goolla it ow. (jet
91101c"t
U wi -i.- A I a ad 0 a a IIF a 0a -0 3 6
0 rp Is tp a 4 IS aRIt It ct tt it AS KID ft I
0 0 0 * 0 0 0 0 & 0 a 0 f 0 a 0 a 0 0

M. W -W V W 0 W-0-w-w-w-w-
I I 1 11 u 11 It hvx)t hill I: ismil ill v a 01_41mi,-JT
'fil-F .1 I'll I I
0914111
its
----- ------
A
a .00
1-00
The kinetics and tatichatilun the 414"Opissitift of 4.1, gas
oil (C. A, 26, 1741.111. (11".111.1bly de"lliplo's ~f thr
l1v ill-dal I'm I's du -00
hydrombons. IN. Depot dt at thlif volocity of qk- 11tVi
Athatill'710
J, composititse of 110final Iff"If nomal Ock" on the In R"
itiartivali'm of (tev 111fivak, ('1111ml rAl(T in fht'~
v PWmadaites of the rVIC110111. pliftirris slid A. V.
del"111111J.. Ily 11it-11 11"'lolonAtion v, 1tItvl,,l1 RA h't
1-09
ZhctLo. J Girm. Ckem. (U- 6- OA 74 (1 LW) - the y in I ervir t
u I I h Ill - x1lic I 1 (4 (11v (rat (it ill I I I b It it, it
M I
"O.W. 4M'.-,-1
:0 ef C A. 29, . U41. loulm stud6s were ex p1" that is not
broken tip on (,olli,lioil Willi a n.w Mel.
00 tr;,,Ied I,, Include observation Wilh more Froll-Ad Rich a
theory amimilli in-tier for the demsitle"er of tire .0 0
is
tkinnotlism, of file hYdrocu'lls"'ll, ltrisant WS! 4 Voonsful.
to-ortion velochy on 1he Istolmminri-i (it 1hr dn-ozolov too
so at W, with voillact 14 '.N1 t gill) jgw. (21 is, jVjr,,
Tbrotillboll by'lloi-fillioll fly lial )i11,-
00 decoulp"'). H-claur at .570* for to 2111 we. (A.7 toot 6C.
fly 1uplute ill C t: blik4f," I Ill, 6, lloil-10.
=).orsccss pn.veWty is. were calcil. both The radicali then
detyrtsip. Into ulefins aind %impler tadscals 4*0
I lat. in 2nd-ord equatim. Cracking -!Me.Pt). 71e latter then
reset with inuk, of the original
otill of hydr cat I can Im desciribed by the 1hydruclarlson,
detaching If storms Insets it, with The forms.
Clikokal trittailonli of client. killet . 11tv velochy coni(.
Of thl! 4j)If(.AP)jldiflg 4-11111111r% T114:01% ithich
(Irl'.111P. Lo 0
calcil. it* a lilt-oftirt Ptuvesm fall. Imply with hicitast in
an" itiltivirfing still thripler fallical..
the percentage of dectimpst. froin to DO. 77fie decreaw rodicah
Willi nH-I,. of the orighoil hydim-litillon 1114kCh for A
0
fit reaction velocity with illetv fiR,foundness of the rapid
increase ill reaction velocity a( Chr 6egintillic of thr 1",
gollif
valullsult'd 1411 lanlIng 1W =,pn
(1141.1ttlin. 14 to I I Ioll of -owe At the mme fitor file
ta6mls flngin to InTonic
Alibi rquallim Is Introduriml 41 Ily hileraction mrith oill"r
redekkill f4olI114 f., I
relating this loalilins Action 1 reaction velocity and 1111111
41CCUT11111*16111 of Whil'I'll 1. fly a ir.11-11"ll i i
drm-sibing the Lilletien ill Ilse rt In I I dt Atims ami
Velocity PosilioN flo'013011 A 11'.111%.41111 thi'll
110,111411t fillbril.
a chabs Iractio". 111C equillion .Ill I - 01 - The thur
interval &I %he 6egiroonx. dosing w
crojim. well for Wet %IAI v;ackills reaction VeNwilf inerr- i~
vl,TV .11r4t. L. W.
4
!!n_
OT
1 0 IV 00 L1
It9 a ) 0 , W1,
0 0 8, xIf lixit JfXKW" Illll I At
0 0 00 9 0600 0 0 0 0 0 0 * 0 Ill 0 0 0 0 0) 0 0 of 0 0 0 0 0 0
0:
#o0 : : : 1 0 of 10 4no
10 * 0 0 00 0 0 0000 0 0 0 0 0 0 io 0 11, a 00 0 0 a r 0 0 0
,TI __ 1 6 of 0 4 S;A

10 llt)l)U 1111 IYU its it V a is )a h
-A I. p,_Q 'in mis AIUM10,141 all aid
004 -r-AV
Ito 4.0 is. 'Will
00 0
00 1-00
I ! Kleastice of the vapor OP -0:
00,4 1 1 -*m I
00 ir Prodech. 1. The vallocity of decompedtim of viarismas .0
pnroi"- hectic" A. 1. Dintiscis, M. P. Usevskaya
Ogg antlTsAltamnal. and the activation rneexyof dmorul;l. differ
con%W-risfily
in their viducH front the same i-allies for strailtht.run '00
01J. .. Makriah vat Crarkisit aird Ckipt. TristaJarraiii of
00 a Craliking Prodaills it'. S. S. 1K.) 3. 14 26(101).-The 9
pt-irtstruin products. The cracking wrimity tit R Us"" -00
prilristruill pioslurts I- apprillimairly I is 4 that I-skit. I-T
00 a irritstrity of nackint: tit straight-run petroleum
frisetlosot
(with a narrow boiling runge), refined with HSO. in. the 43knitw
and Reuter rquatimsit 1 .4. 26. 117.01) Thir
creases; with Increase of av. mot. wt. of the product. The
vquatiosi~ exism"ing the rriation tXtween the et king
00 it velocity of The crach Inif rrsc" Is prairfirally
itittlependent velocity (K,) iLml the U.-mP. (T) air: fix
the"Itaku
of the degree of cracking and dutiltioni tit the rtactl(lit and
%traisht-lun AlLsolinr trat-tion 1). Illil tit' log X,
00 0 f(illows stalWasel(Wily the law tit "list. fractions,
provided 4111,1170Y T) a 10.141; Itif the Gitillov
sillaighl,turt savll-
a )title fraction 10. I'll MI" I.,% A, - I I,% - I I l"Vil 11
that the dectistupri. &cs not exciiril Thernirritlesi
007, h" Ilaku sittaight-run Ca, (sit Itiss-ti,.n 6.21M 7W I,,K
of activation of the crackirg rewtioct of Iridividuall straight.
13 nin frairtions of Gminy and Ilaku petroleum pircishlicts b.
is I(XI-270" are alike and amount to 611,1111 de 41110 cal./g..
nvl, The comim. at the criariked prosithicts depends only 1123 -
olywAv ri &till io, -arked g&-. oil
The zoo
60 to a slight extent (in tile temp. (within till) 4111116);
ittereasse b. 2' , 0 w's tos K. - 141.42 - (11.144 it T) - O.M.
-4 the Content of temp. CwffR. within tile tslip. ini-cmilinted
are I M. 1-48. -00
00 4r of the temp. cau-4~ a Might increassir
taxiestd. hydroriarlsoalli. The explI. data indicate that 1.4t4
and 1 -66. Map. The ext'll - - met"T"Is wre" %Irml",. coo
1. thipwL used by Vintscs, and Fro~t It'. A. 23, W"'
of
the citawlusion tit Mcgittin and ficam (C. A - 27, 4W.1) an A.
A. 1,,dgw"Y
%Vn ifteirnCes. zoo
the dermw of the trorigy, of activation of the cratieking Etc
rt-lim with int-reav.- of the trioll. wt. tit the
byrtirricarbons .900
is IN* CtWWt. It I% MUCh More pinfillible that the C11111111gy
300
of activation of crisclims reactions of straight-clialls, mid.
bystrocautioull is Unchanged. The valtie of Ift A in the woo
i K - A r'a I*r Ductuales from 4. 111 to
Affbirrius equal*
0 0
4.94 for the 4 pr ducts under inviristirsition. The velocity
A 5 a. I L A MITALLIJORGICaL LITIOATILPIC CLAIIWICILTOO 2100
%*&do* sill, 0;7; -56i WOO
limit
U is &V 10 Is
TY - -
0 4 K 04 01 9 IN CI It It 0 A 1 314 11A L I V bd 0 a a I w IN lt
a a
0 0 go 4*01
0 0 0 0 * a 0 o 0 0 0 o 0 0 0 0 0 0 0 C 4 0 r 0
a ip r1l t
IN 00001r:1006000 sigo *Oooooof)"Ooaoooooooeoeo:::::()

I i7ee
.'06
1'00
00 dmmmpwjkkasfqft~. A. 1. Dinim, V. k. thin korA.
A. V. Marbs set A. V. Cke". W. S.
& W1 1. 1083 -70(iW71, cf. C. A. SO, 474A',- -Vapis. un
low W Wlq w"r Mollf III WVP landri rit"mm"
vely=1 I fis V" too. I lw ftakfitafts "lit utfilin ol-
(1) C4% CON, + It aw IMI V"11# - MCI!, ~ colil,
00 Nort ad Ir"Cil" (2) hktmn Willi III.
j cmwellme Ow
abm t4mp. aN pmasim. Ifollarskir coo
ro III
age
so 40
!so*
, F-00"'. all
-so*
use
tie 0
a ml alip Oak
-AV '104 0 0
An I I I em a
If IN If 46 n I Of
0 0 a 410 00 0 e 9 0 0 to V: see 0 0 0 0 a 0 0 60.
00 *:::,1& iito me *0 0 0 0

is If v it ti is -A i? el-P -W w
U A A'ADC w a If-, It I,
The kinew asid madkeiiihn of the 4SMSPOWOON of
1:1 hydrotarblimis, W. 1% dor" doc*mIPWUM of 404
Came, 2.2.4-hkm4l)lp miew ead 2.S-divietkywasse.
thwats and T4. 1. KJobim.
A J.
K-01-.1507-1411(y7l; cf. C. A. 31, 7jjA'._ The dr.
.1tolp". at NMI '70 of 6id"Wiv k1j MW 2 2.I.Irilliethyl
00 4 wuukm In) i, inkibiIC4 try the fractina products. Tile
1*eactitm talc* arc r%pmhrd Iyy Ihe.mme rqualitin. te~ 6.
00 4 other torthow desivs. The prt"sti4y %tudicil devultilm.
0* 8 Ir's Ifft i- avittally a calidylit- sea, -
vatalyol 6 Itfolway i.o-litillt jne~nt a,
heatt 11 awl [if .,r i7~
06 d by dw Rier tht'"Y. *113~ 1will 1 .1111.1
~Ivlvwhat in wto. irmil the Imelfictimi. "I thi. th-mv.
Vi. Tile kb*&Ael dto docompoeitim at ~dusise at preii.
sum below atemowit. A. 1. [Nistse-4. 1). A. Kvvat- Zo 0
WvW. A. 1). Stvitulthovicti arid A. V. Fs~.t- 11-d.
IL tlt4i
7.141411 -Tht late -I th,,tvivilm. A C-41. ilil.. C,
awl I -S ijuti. i.~ unim.4. Fi,vii h I., 4W imm
till- laic drvicaw, a, list- mut. .I ifec'.1fli'll. ick sill:
I"FILMOW
it) I&I turn, thl% effect conlituar. mid 6 reillfiffvcI fly al,
Ila- 0"vaev$ Its: 0...
air of d"xmit'll. Ul w
the rthanc, life dutmootin. late decreaw. a, the &lilt. of zoo
propylewriers. '11w hindering action or p%opyk1w is not
as stm" a. ilizi of the trAction products, hown-t-t.
Corilew. of pfWyklw Above 1117v show no further effect
tatr of dwwwtipit. of ethanc. If. Itt Ixicester too
Ila-
as" s1"11111" - too
P if if M oil 0% 40, ON _'w
a 0040 go go if 81 no n I to a ej o 4 1 w 1. 3 It I,
000 9 0 0 0 0 00 It 0 0
00 0 41f 0 0 0;0 0 0

DINTZES, A- -IF
"Cinetique et iaecanisme de la destruction des hydrocarbues. VI.
Cineticue de la destruction
de, 1'ethane sous pression reduite." A. N. Dintzes, D. A.
K-iijatkoivskij, ~. D. Stepouk-howitch,
A. W. Frost. (p. 1754")
SO: Journal of General Chemistry (Zhurnal Obstichei Kbimii). 1937,
Volume 7, No. 12.

-7 7 -'m ITa -3r-z-ft
A
A t-A L
U I
U

14~. ONO It.

60#0 PRVOIT rift lt.~ t,

Como

*0

6c.
-
190
"s
ic

)
, im
.
Pu
;~.
III MOIlAm Pb

OA
than wlwn a
of the lao"repwly
the im
j
t

no
p.
a
t
R. T.
91W tube

00

tl., - S L I OVALLUPIGICAL UTERATURe CLMNIKATMOO
V Gat
U Is AV
so 00 0 0 0 a 0 00000 000
V IQ
L I a (W a9 a I w m 5 a a II
dn'
0-0-0 0 0000,000000 41 00
0
coo
'0g
too

W!vgw
08: * A IT - 11 - w
1-1-; I-L? I # 0 Iful)"104 fit) "01110 9
L- -,L A.-A -A- A I I .I JL-1- Cc W--ff
b~lilpllm, T~`o
A,-Vtitk-i%m 4A the Tffiv~;ev TROPumiti'MO stul StAfetile"14-
OL.1"4441ty hit misithfAid 4,4111sti,"j. fim ifirtu. (4 the
triattim
all
111i, %V4,0411T .4 1440i'm "d 111V %it" .4 111.4.
-09
09*
O's
SO 0
it 1111444 .10 0.. dot
- - .14 Joe
-T-1 U a V. A --r is a I IF
; I in
oo*oo:o::Qo rw
00*00
OTIS*
00004) 0 0* 00 6 0 9 sloe 06 ovs *0*0*0

o o 0 0 0-6-w-w-g-M ~ . ~f ~ :, , - -
I A 1 6 1 a 9 Is 11 14 U It It A
'It -a-
I "two PM.
!*V
V
Ad Miss.
"A tb.
I 'Pak but beivigii; dam f,".
Oft gg VON Uke KgIce etc. Th,
big
C.H"ke ad mmordbt. or on ;Z;;.;. of ~x C.". .09
0011 .0dim
Withemew dNanalooftaMbdmAAtgs-wedimustd -00,
041 41 be we in the a'a1mv 00 The primam AW .1
I "*M
It- i'd .1 '1" of F - F"M Ism data on
. - fir .1 the Pmd"M Of the reaction int ittv
rate of - is .. k 10 Oomelladed that certain p"4,jet. W 00
'be - h's MWEN With IbW Im nWkl, A,hm
Z Obwt 45% datmompa. I= I&krA pUm
-t Is Sqw to the catal this Ibroctuns el.
"be rate of r4k, effect cd the feve mdkals. mw
060 am estalrat -by M. 04MIA d- to that of the tcti,. roe
IOf nbdiceb. in this way 0 wmd_qu&n,.
of w n4belim prodUcts (or vatioul t1tents of
WIF Ov
A I L A 41TALLUCCICAL LITERATURE CLASSIFKATION
IVIOS4 *It 4-V off NI&SO110-C Joe
%4ft*.! 0 a .1 it 1,
_- I" w 0, to it at 61 - --- - - -Z
to Sul 10 4 1 1. L
AV ,T 11 71 11 W, f 1r,"T 40 11
00 0.0041 0 0 0 40 0 0 0 9 0 0 0 'D a 00 0 0 0 0 0 "1 a'
00 *0 010 0 40 0 0 0 00000000'a 0 0 .. a 0 0 0 Os 0 0 ***"IQ)

.
: I I
a "_ -0 W- W--W
.

-
'
- -_ - -
I .
1 0 a a it 12 11 4 is is 1y is amis 11 V IJ U la

m V W- V

L All_Z

f_A__J_X LON Is,f _1_1 AA 1111 (X M ft.t

is
00

as

0

Cittan" mialoax as saller-biiih promures. A~ I
;_99

141 Xurn&d.
S. N- Lachinov &,,it S. L. Ld%
Dintam

rhuk.~- *W Khams. 7, 1173-12M(IMS)~A review
i.

0

till live types of app., their mistitictim materudis anti

00

%licilath. temp. still prValure llwamlirsurill. alld tm %
Atious
-0 0

00

*it's trowt1i"Iss. "I~Wlsr
It
1
I%lir
lill M
M
10

i
ill.
s
pirisms"ka. till 1.1
K
.

go

141m, 41 A IIA11tv ito. 14 Is,4%mm.
:

ow srj

Salloll,
Illiff'slym, Slid .-th" lina.,11-1. I. It It

00

do 0

Ao

to 0

40

00

:
c0

DID
tie
t'o
00
_V A] GO; 0 4 1 V 'I An I
% a rw n I W 4
it IV a a a f its
40 0 g It 4) 0 0 0 0 0 0 0 00 0 0 0 0 6 0 0 1 0 0 0 0 0 0 40 0
0 00 0 & 0 0:
0 0 4) 0 0 0 0 0 0 0 to 0 * a 0 0 0 go 0 0 0 0 0 41 0 0 Its 0 0
0 0 0 `~

L

L

v V.
AA 14 OC PP Of

L4

Solid flastic palynorra tram vthylene A 1 111,11
1
Ma
1A1
14112M
1
1
-0

.0
low,
.
'
,
0901tv. It,() U-ICT ok lom-str isk r%~ I,:
.
l
,;

t

.
1,10 sit a temp. In rxrr" 'A Im" t., 11-t
Il

00

0 0

00 or

'00
0

:zoo

re 0

1=00
90

to
00

too

zoo

eel

-As

A

b ~- I
. -
e

. p

It

-

K Tt if is m M&O do f
17
V

0 0 0 41 0 4, 000 00 0 0 0 0 0 0 0 0 so 0 so 0 0

0 0 1110

1
41 0 0 0

0 0
so Alt
M
:: -C 1.1 !, !
.3 Viii
go 1
U
:V
Sol
5r0
00
'00
_9111,
we*
400
0 0
goo
~70*
a I
00
as*
ZOO
ISO*
ClOg
ju promm d tibs khasy" d afichiall of kydrow-
boo. A. 1. Dintmeop, M. D. Tilichert, and A. V. Frowt.
J. A 14. ODS-11(in Freimb, 818)
IMP; translated in Foreilar PrIpolemma Toth. 9, 4ZI X
(1941).,vAwe then am not available sufficient dib
(tabulated) of c %m based on proctival experience, a%
on
trapolated data must be used. The Velocity Of decown.
of hydrocarbons (in the initial stage) is fvprewnted by tht
first-miler equation. These characteristics are changed
aftei the formation U 134)% of cracked products. The
cuergirs of wilvalitin of Ibe trartion, sit devointin. of Ilarst-
fill Imlim-ATIM"1% 11"In jWnloov 141 41IN6.4111. rAlop. hom
041,(kill to M.OkI raldinol, The rurrity of activatioti
amounta to about 41AW cal./mul. for rcAclio,i4 of dr-
,-"tire of hydrocarbons trum Call* to
under fort
A. A. l1q.-hilitick
MCIALLUftCAL LITINATNI CLASWICAVOW
-XI,, sit A
tolsIVO mat Ckv out
-01 ~011, all a, a,
VIONI ZOO
Millions 43171, -ow
An I I I nd a w -1

1 f. T
A
00 A AddItWO Monts for Jobrks A. 1,
2.4.
U.S.S.R. 6SU
c I,( in.d. wt. a,*( I him I"OF1 aft. 11cal'A
at Z30 jfft-hlvl~ aft- %1-.I .1,t x(IdIt
asritt- Its 10"i"Oti'VIL %%h 114 ill"TA'a"ll 111"
0*9
mi'WrIably lite
ow
0
0
'00
:00:
"Irwo le.,motboo low I"
AV 10 a dAQ

7 It IV M P N Z) a 13 h v .4 q

I %I v ~ A. 1,

AliA41911,1 -411-1
M

u "s N R A1.4v AG

.%,I U

sorg. Cl ff"fiv.. V CCJ,, IC pri

%On
?
I

.1. -
o L~
spf M. ff-Al
,

Oo J

ra

10,

60

;00

-V 0

too

!too
so

pe:
U $s AV
0
0
:

o

*

0
0
0
0
0
0
0 go *a* 0000 0 * *:fie 0406 00 a 000 00000
000

0
0
0
0
0
:
0
o o 0 0 * 0 0 0 0 0 0 0 * o 0 Ole 0 0 0 40 0 0 0 4. 0 0

IF a a a Rv v v -7 7
is 1 16 1
I I A I AA, L j..J
j i t a Or a a -"-L-A A_
00 erliathin ad isobutene present In crocked games.
0- -_ .
00 ji I ~ir, Yffiffitn'sr A h....
J4, No. 0/7. &'a* fractions
go vinridit-41 in i.;4sInI1vnv try fractionation (imr-C111, ZJ
.30,
CjI, an'l C,lli. 411 "W") WA-re Irrollrd villb AW).
90 at trauln. bt-tutvu -7Ir mint - III* to forin imbuirue 1voly
90 invirs of 12,w0 and Op a) av. niol. wt., r"p, J'he %riolvait
initial suge of Ow reartion is cninplettly supInvs5rd hy
00 It makmig tire catialymt bt-forrhand with a pivvsi%~Atinll
agent
0 h, a Noww-Wne fraction. Afirr the 1-00
; rt-ac-tion. the Iwoiluct, ar~ tr~atird with ale. oil -io' to
'00
it d"troytheAlCiteoni0ex. Thew2faricirsen,uresuni
tornt reaction and. rrprixtucibility of the rr~ulls. I'm- =00
actiA hydrocarlinni and tirmer-ol s1c.are muuvtil try hear-
ing III Vitt' and 3-11) unn. III: for 1~1 hn. 17he lm4yrntr -40
I% a viscous, trathparent Ina%% C,)Iltg. flalve-like omlu4tnt~
Cos
44 lite reaction protfurt of AlCh with ale. It nav fi,und
that this product ran tw rvinoved front the start RIMIK
%ith lite citaly,l by fillerinx thr(nigb papur tnr cotton Ihv
f m4u. obtained after th-ttitupit. of the Al`,I,-hplrt"rIx,n
I
ripuiplex i4ith ale. A reaction letup. of -12U to -30* is
I ~ufficivut to produce liolyourr, adopted for improiing thc
%iwo~ity of lubricating Als. VWynirriyation vchwity hi
[Traws "ith incirense Ili the aint. of AlCls Froin 0.0% to I V;
a
,ii4irentain,eq~n%t.therenfit-r. Ln-molmle.artabout2%
d : y wt. on tire 1xilyiner. Tire 1volymorization jmxvs,%
lwt,4wr i% premletl by an induction Wiod of A-10 inin.
-,30* anti Itith art i-obutrue Mulvitt to' abrint -zoo
irk)",, therr44 is p4yint-riztd within I 'hr. No %txvial
a npp, 1. l1nnio C. Nit-Istivy
too
is, !p.jLj
I -CA *"V E14
71M,
I it pw 0 If It I W IN I a T3_1_v__W~
U a nut, 1`( 40
0 0 0 0 0 0 0 0 0 0 0 0 0 9 0 0 a 010 0 0 0 0 0 0 06 0 0 0 a 0
0 0 0 6
LctLt_ .0 0 0 41, 0 0 "
so 0sees 0 0 a 0 0 0 0 0 0 0 0 0 06 0 0 0 0

USSR/Chemistry - Plastics Jul/Aug 51
Eiastpmers
Aj.
Polyethylene and Its Halogen rieriva
Dintses, I.P.Losev, Moscow
"Uspekh Khim!' Vol XX, No 4, pp 430-"9
Discusses structure, physicochem
(including mech)
p~-q_rtiesj chem resistance, clielec
properties,
applications, methods of production, and
fab--l-,
eating of polyethylene; also its halogen
derivs
(poly-tetrafluoroethylene and chlorine
derivs).
Lists elastomers and plastics with which
poly-
ethylene is compatible. Mentions USSR
work on
dielec propart.140a and earlier USSR
descriptions
191TI,-.~
~WR/Chemistry - Plastics' Jul/A4 5 2
(Coutd)
he _C4
of high-pressure equipment used in 4.,
In?- uction
of polyethylenes (majority of ref
'erences are for-
eign). Details process used at
Ludwigshaven (2
UM publications on subject, one referring
to Gei-:
man synthetic lubricating oil) and
Standard Oil:CO
process for the production of solid
polyethylenes.
-I