SCIENTIFIC ABSTRACT ROMADAN, I.A. - ROMADINOV, A.I.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001445210009-5
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 20, 2000
• Sequence Number: 9
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

SLAVUTSKIY, Aleksandr Kellmano vich, kand. tekhn. nauk, dots.;
YELENOVICH, Aleksey Savellyevich, kand. tekhn. nauk,
dots.; KURDENKOV, Boris Ivanovich, inzh..;39JADANQY,_
giy kqh,,_,~and. tekhn. nauk; Prin ali
~~qr -Afanaa!ygy ir
uchastiye: BRYKALOV, I.I., inzh.; MASHIN, K.P.., inzh.;
SOROKIN, I.G.,, inzh.; SHCHERBAKOV, Ye.l.., inzh.;
ILIINA, L.N., red.
[Road toppings made of local materiRls] borozhroe OdezWy,
iz mestnykh materialov. Moskva, Transport, 1965. Z70 p.
(MIRA 18:7)
UP

POEHILT, P. F. ; RORkD.,,dTOVA, L. D.
"The investigation of t-ine com-bustion surface structure of model sol-id-fu-111

MASHNEV, M.M.; KRASKOVSKIY, Ye.Ya.; LEBEDEV, P.A.;
VLADIMIROV, V.M.J. red.; FUFAYEVA, G.I., red.izd-va;
BARANOVI Yu. V.,tekh-n. red.
[Theory of mechanisms and machines and machine parts] Teo-
riia mokhanizmov i mashin i detali mashin. Vladimir, Rosv-uz-
izdat, 1963. "6 p. (MI RA 16:11)
(Machinery-Deoign and construction)
(Mechanisms-Design and construction)

PHASE I BOOK EXPLOITATION SOV/6233
Vullf, Boris Konsta ntinovich, and Konstantin Platonovich Roinadin
Aviatsionnoye metallovedeniye (Aircraft Metal Science). 2d ed..,
rev. and enl. Moscow, Oborongiz, 1962. 503 P. Errata 6lip
inserted. 10,000 copies printed.
Ed. (title page); I. I. Kornilov, Professor; Reviewerz G. N.
Dubinin, Candidate of Technical Sciences; Ed. of Puilishing
House: S. I-Vinogradskaya; Tech. Ed.: N. A. Pukhlikova;
Managing Ed.: S. D. Krasillnikov, Engineer.
PURPOSE: This book Is intended for students 'of higher schools of
aircraft engineering; It will also be helpful to engineers, per-
.sonnel of scientific research institutes and industrial aircraft
laboratories, etc.
COVERAGE: The book deals with new standard and prospective,air-
craft metals and alloys, modern research methods, the theory
of dislocations, and data on the influence of radiation on the
Card 1/2#

Aircraft Metal Science SOV/6233
structure and properties of materials. Data on the composition
and properties of aircraft steels (carbon, alloy, heat-resist-
antp stainless, etc and nonferrous alloys (aluminum, magne-
sium, titanium, etcJ are given. The theory of metal alloys.,
phase transformations in heat treatment, and corrosion of meta186 as
well as the science of strength of materials and plastic d6for-
mation,are discussed in detail. No personalities are mentioned.
.There are 25 Soviet references.
TABLE OF CONTENTS:
Foreword 3
introduction
SECTION 1. THEORY OF METAL ALLOY3
Ch. I. Structure and Properties of Pure Metals
1. Crystal structure of metals and alloys
Card 2/21

ACC INRa
AT7004465 SOURCE CODEs UR/2B34/66/051/001/0Cq8/0084
jjORS: Borisov, A. A.; Nifontov, B. I.;'Romadin, No No
UT
A
OITZG: none
TITLE: Computing the stresses in pillars between rooms in mines
i SOURCE: Leningrad. Gornyy institut. Zapiski, v. 51, no. 1, 1966, 78-84
TOPIC TAGS: mining engineering, stress distribution, underground facility
ABSTRiXT: Present methods of computing characteristicB,and requirements of pillars
between rooms in mines and other. underground workings involve two-dimensional solutioas,.:
not three-dimensional, as the latter introduce distortions and can be used only in
restricted circumstances. None of the.two-dimensional solutions can determine either
the value or the nature of stress distribution in pillars. Actual solutions of -the
three-dimensional problem have been approached only in recent years. The authors review
the basic contributions of A. S. Kalmanok, Ye. So Kononenko, and M. M. Filonenko-
Borodich,, and, starting from these, they assign first-approximation values to the stress
tensors along the three principal coordinate axes. These expressions involve normal
and tangential stresses, relations of height, width, and breadth (of the pillar),
modulus of alasticit-f, Poiasonle ratio, and compression of the pilla . From these
expressioas equations are derived, the solutions of which,provide a general solution
12 UDC: 622.838.53
Card

1~~O NP P.F., ELIKINSON, P.Z.; LIVSHCHITS, L.A., nauchnyy redaktor;
I"' EVA, S.A., radaktor; GLADKIKH, N.N., tekhnicheakiy redaktor.

S/1197/61/000/007/002/002
0 o B117/B101
AUTHORS: Lukevits, E., Romadan, Yu., Giller, S.
TITLE: Syntheses in the series of furan-containing organosilicon
compounds, synthesis of furfuryloxy silanes
PERIODICAL: Izvestiya Akademli nauk Latveyskoy SSR,no. 7 (168), 1961,
59-61
TEXT: The authors employed three methods for producing furfuryloxy silanes.
Most of these compounds were prepared by the interaction of alkylchlo:ro-
si lanes Rn SiCl 4-n and alkyldichloro.silanes RSiHCl 2. with furfuryl alcohol
in the presence of pyridine (method A):
-\ 11
C H N
5 5 C1
R nSiCl 4-n + (4 n) Z, CH2OH Rn Si CH 2\, + (4 n)c H N H
0 (0 ON4-n 5 5
R15iHCl + 2 CH OH 5 5 RSiH CH N.) 2C5 5N HC1
2 2 2'~%11
0 ~O 2
Card 1/7

S/197/61/000/00-1/002/002
.bvntheses in th~_~ series of ... B1 171/.Bl 01
Phe reactions were made in a three-necked flask with mechanical stirrer,
dropping funnel, and reflux cooler with calcium chloride tube. In the case
of C2H5SiHCl2not only ethyl difurfuryloxy silane but also ethyl tri-
furfuryloxy silane were isolated. This indicates that the reaction
partially proceeds via the Si-H bond, Re-esterification of ethoxy silanes
with furfuryl alcohol (method 6) is simpler from theexperimental point of
view:
R Si(OC H \N-CH OHC R Si (OCH ef Ns + (4-n) C HOH
n 2 5 4-n + (4-n) 2 n 2 4 n 2 5
In some cases, however, the reaction proceeds slowly and the separation of
the main product is rendered difficult by the impurities of the partially
substituted esters. The best results could be obtained when using sodium
furfurylate as a catalyst. The reactions were ma0p in a distilling flask
wi-Ch dephlegmator in oil bath. For the production of trialkyl furfuryloxy
i alcohols in the x)re-
'lanes dehydrocondensation of hydride silanes with
s
sence of metallic sodium (Ref. 11: B. N. Dolgov, N. P. Kharitonov,
M~ G. Vor-onkov, ZhOKh, 24, 1178, (1954)) was successfully employed (methodF,,.
Card 2,11 7

S/197/61/000/007/002/002
Syntheses in the series of B117/B101
in this case the highest yields were obtained:
(C H ) SiH + /__NS_CH OIi_____0 (C SiOCH + H
2 5 3 2 2 5 3 2-~ 2
Using these three methods the entire series of methyl furfuryloxy silanes
and ethyl furfuryloxy silanes as well as methyl ethyl difurfuryloxy silane,
ethyl dipropyl furfuryloxy silane, trifurfuryloxy silane and tetra-
furfuryloxy silane were obtained (Table 1). Most of the furfuryloxy,
silanes are colorless liquids with a characteristic smell and turning
yellow on standing- At temperatures of 1450C and higher, the furfuryloxy
silanes-dis -tilled in the vacuum are yellowish. The furfuryloxy silanes
are soluble in ether, ethanol, benzene, and toluene, and insoluble in
water. On heating they are gradually polymerized while forming brown non-
distillable, highly viscous substances. All frequencies characteristic of
the disubstituted furans can be observed in the infrared spectrum (Table 2)
There are 2 tables and 17 references: 8 Soviet-bloc and 9 non-Soviet-bloc.
,The three most important references to English-language publications read
as follows: Ref. 15: A, Cross, S. Stevens, T. Watts. J. Appl. Chem.,
Card 3/ 7

S/197/61/000/007/002/002
Syn theses in the series of B1 17/B-1 01
5062 (1957); Ref, 16: N. Wright, M. Hunter. J. Amer. Chem. Soc,, 60, 803
1947); Ref. 17: A. Katritzky,-I, Lagovski. J. Chem., Soc., 1959, 657.
ASSOCIATION: Institut ormanicheskogo sinteza AN Latv. SSR (Institute of
Organic Synthesis AS Latviyskaya SSR)
SUB1.1ITTED: May 6, 1961
Table 1: constants of furfuryloxy silanes.
Legend: 1) furfuryloxy silane; 2) synthesis method; 3) boiling temperatures
OC; 4) pressure, mm Eg; 5) found; 6) calculated; 7) yield
Table 2: infrared absorption spectra of furfuryloxy silanes.
Legend: 1) compound; 2) valence vibrations of the furan ring; 3) pulsation
of the ring; 4) deformation vibrations of the C-H bond; 5) planar; 0) extra:--
~pianar; 7) references; 8) vibrations of the Si-x bond; 9) deformation
vibrations; 10) other frequencies.
Card 4117

LUKEVITS, E.Ya.; GTT-IJ,, , S.A. , akademik; VOROWKOV, M.G.

6
SOV/79-30-2-14/78
AMUOR'S: Nomadan, I. A., Romadan, Yu. P.
Alklflatton o1' Benzene Ylth Ife-xyl, Ifeptyl, and Octyl Alcolloll, ill
Presence! of Boron Tritluorlde
PERIODICAL: Zhurnal obshchey khimii, 1960, Vol 30, Nr 2, pp 420-424 (ussR)

ABSTRPiCT: This paper is a continuation.of a series of articles on alkylation
of benzene with various alcohols (Romadan, 1. A., Grikit, E. Ya.,
Shuykin, N. I., Izvest. Akad. nauk SSSR, Otdel. khim. nauk, 1959;
Roiiladan, -I. A., Pelcher, Yu. E., Zhur. obshchey khim.) 28, Dir I
(1959))-. In this'work the authors studied alkylation of' benzene with.
hexyl, heptyl, octyl, and dodecyl alcohols in presence of boron
~trifluoride, under various conditions: at atmo--.-heric and higher
pressures, with and without solvent and at various ratios of reactants.
Alkylation at atmospheric pressure gave rather lol.~'yields (57-68%)
of all-jlated benzenes (a mixture of mono- and dialkylbenzenes was
obtainett in each care). Therefore, most or the experiments were
eondt-ictQd at high (30 atm maximum) pressure (see loc. elt. for the
me'Chods). The alcohol, saturated with boron trifluo
ride (2ROH BF3),:
Card 1/4 .

77863 SOV'79-30-2-111'78

Twas mixed with benzene in an autocla
ve and heated at 170- 0
200
for 3-4 hr . Results are shown in Table 2.

1 C'If 130 if 1:1 165(()) SO 26 63 62 38 -
,,Oil 1.5: t I (is (0) 90 24 76 38 58 4
C,11:3011 1 : 2 158(0) 120 83 58 88 12 -
C,li,3011 1:1 167 (0) so 28 M U 37 2
C711"011 1:2 155 W) 120 81 57 86 14
C11 :,() I I : 21 t 70 (30) M 42 74 86 12 2
11,
It .90 M 12
IICCIJ)
Card 2/4

:,Oil
C '1
1: 1:

70T
25)

20

-
Cn,:1011 1:2 t
2W 5) 2M 122 6 72 24 4
C7 111.,0 If I I : I (CC14) 170(110) 120 Is 88 90 10 -
c71 1 "0 it 1:2 175 (30) 200 136 61 81 16 :1
C81117011 1:1 170125) 160~ 99 62, 42 58
Cg 11170 It I : I 2W(30) 160 93 Gi 410 48 12
'Table 2. Yields of alkylben zenes under various reaction conditions.
(1) Starti ng alcohol, ; (2) molar rati os alcohol: benzene; (3) boilin,-
point (pre ssure in mm); (4) quantity of benzene used in r eaction (ml-);
(5) nti ty of recovered be nzene (ml); (6) yield of alkylbenzenes
UI) 7) content of alkylbenz enf~s in obtained product M. (a)
mono-y (b) di-, (c) poly-

Emu
Alk.ylaLLOII 0t' Bell',, ene With Ifcxyl, HePtYl-, T(863
anrl Octyl Alool-101(i In Preserice of' SOV/79- 30-2-14 /'(8
Boron '!riCluoride
The use of carbon tetrachloride as solvent (ratio 2RO11-BF3
benzene : CClj~ = 1 : I : 1) alowed a raising of maximum pressure
to 125 atm, (at 1700) with a consequent increase in total yield of
alkylbenzenes (and an increase in the yield of monoalkylberizenes).
Reaction of.-dodecyl alcohol with benzene was performed over
BF~ , H3PO4; the mixture (alcohol : benzene.: catalyst
1.25 : I : 0-5) was heated at 1700 and 25-28 atm. for 3 hr.
Repeated fractionation yielded only uns~Lturi~ted compounds. '. Table -1
shows analytical results of the obtained allvjlbenzenes. There are
2 tables; and 5 Soviet references.
ASSOCIATION: Riga Polytechnical Institute (Rizhskiy politekhnicheskiy institut)
SUBMITTED: January 24, 1959
Card 3/4
TRW

A]_kylafLon of 5~nzejie With Ilexyl, lieptyl, 77863
and Octyl Alcohol.s in Presence of 10-2-14/78
a SOV/79--i
Boron Trifluoride
20 20 .(3) found
Table 1. (1) Hydrocarbon; (2) boiling point; n D d4
M; (4) calculated (5) molecular weight; (6) found; (7)
calculated; (8) sec-hexylbenzene; (9) n-dihexylbenzene; (10)
trihexylbenzene; (11) see-heptylbenzene; (12) n-diheptylbenzene;
(I A sec-oet.y1.bcnvt!n(,,1 (1.11) d1ocLylbetizene; (15) dodecy.-Lberizene;
10 didodecylbenzene.
20 aa
n D
C C
8* 201-2030 1.4850 0.8982 8S.KI ItM) 88.88 11.12 164.7 162
~!.5-2160 1.47:0 0.8S.)5 87.74 12.24 87.81) 12.20 2tI 2t6
291-2UC) 1.4465 0.8589 87.01 t2.62 87.27 12.73 -
226-227 1.4838 0.899-0 88.67 t 1.45 88.63 11.37 173.2 J76
1~3 U.M) 0.87M 87.47 12.54 87.51 U.49 268 276
4 248-2.50 1.4812 0,8901 M.30 11.67 M.39 11.61 191.7 t9I
()3 1 87 'It 12.73 87.34 12.66 -
J,/ 285__~Sq I Ar I -'If, -
2:13-234 G! 3 4
_766-270 L4502 0.876 1
Cal-4 14/4 CC11; U";Cd "L.t solve[IL

Di Am 4AW4 C

Univ
MhChel I IW5(1957)~~
Rq
,~
l
,
..
:
-tf-ROH BF3.td yields compils. of 2ROIL-'
j
t with
;M
which (1.5 moles) wire added at 1659-W I mole CISHO
with 70-5% rccovdyof~ellmlmted BFj ill-abi. MOKin a:-
'~
+-0 bra
the reaction m4t.
suitable tra
After heating
.
.
p, ,
,
to
were treated with H%O and steaim-dtad. rellioval CmIrs,
the reaction products being purif~o. then by - fractionation
:and distn. from : Na,y,PrOH gave, -a mixt. of 1- 6
n.d.
'
BnOll pve I-
and 2-Cjql1TDU; AtnOH
CaHvPr. g3ve I.!:
'
1-1
,&
d 2
li
h
C
H
A
C
H
OH
i
l
1
c
C
-
-
e -
ma
an
n
a in t
io
m.
t
i
ga
y.
a
7
6
1
(10% yield of monoalkylate. The'following products were
~
* W. %lij-
(deutified iudividuAlly: 7,Pr, Nj #JT.3* -7
b.
1.5010. do 0.990 ~ Lp: 15% 42%:" 2-ftanler, bd.ri 82,21, b.;,:
'274.70. 1.5874, 0.9773. f.p.-- -V: -40%, -1 4.;Cjjfl#Prjj -
b. 282
be., 102.5% 1.5723, 0.050I,,f.p..-. 18%-, I-Civ
Irillu. b. 2896 6M,0.0773.f;p_.241',449c-
gi.6% I.
.
b' 02*
3 'i %- 1
9651 L
b
5m
0
i 87
Sorner,
.
,
.
~_
a.
, 1
p_
%-L%67, 0.941% 1 1,
':
-
.
0
9
'l 157
A
b
1
204
3
m
.
N.i 87 I
: VC,#11,
1%;.
,
9*
3080
15704 T
i
e
b
b
09
O
2
M

-
,
sem
.
.
.
..g
r,
;
.
r-)'0- 6
-"21%
:1~
320*
0576
t 104.7% LN
b
FO
Caff
CsItts
. _
.
.
-
'.
I
,
1
i
b. 32230; N- 108 V 15022 0,0491 f p
'
42%; 2-homer

,
-7
4-0
ff. b: Sb"
1
bi ig"
Ug(C
18%;
.
1s
o
,
0.9207, f.p. -~~27*,.40%.: a
if . lcos~l !~ff

q
r

.

-.1 ~,

71

f 6
tony -Y akohals; bi the prixifle*'O -3 .I- d".
---
.
,
-
, ., ".
9.
R) ,ulylb
417
r
V
~
M
=
or c
,
;
-
.
IC 13
ac
a
ie 5
1
,a v
erz "V-4 (I dA I
X6 li ,
.
"
I thy
Th

7~
!~ bf h is
vjjyIf
*
obtained v
*
-
State Univ. j
-? df-
tralLila- -
4 .120-30
r6itilillirtile..,~,x-
,
tc
C Ith
Yfiqd MichM 0%
at
~
?
c ~nC e
~,;
'
.,
dd u
~ ROH
l ,
- Imax; yiell
'i of
AQ%
trionabat
lbi
l
-
,
a
e
1~
ivnyl
p
-ating I mole Phz with rno
y
,
p
lli)u
t 4 ]1 a M14COI
jes II.P04 10-20 1,,r,,. to 1,20-5' yields n1kylated bl- LL 40% yidd,at 35~90% an, u I Ve at 10,
54
-
Catonstlic
:-phenyl. if Reoutaimb Catniii~j.'I[Rco~taiti%4
-
-
r'
thaw
s
6
l
lgh -
What 40 V hm-AmOlf ~iid 05 COP
*
were wated 10 hrs
t oD~
1 6
r
,
~
te
,
e
-100 At
p
reaction,
Eutc d at OU
(21 Is , c Ph
is
ind Ah
th -
a
,
n
- -
w tr, n, md; tr~dt
(I j
tficut of the viobid sold. vvith
it-, 2
If
, _
i
we
obWned*.~: -M~reac~
polymers of olefins derived front Rare .
. I , .
,
t setin-W tit
aq. layers Its: diln,* ~Vitlj ra jul.-11,0
tieu alizatiou
witl
tion snechanigm uppears to be that of formation of ROP0411s, ~
--Ba(OH~, U-pa. 6113a: ~hosOjate OPt-i-trtatinent of-tht,fil
-
'
~Which* Cleaves Into HIM and olerin at a suffictently- high tratit- wath Cf)j
, S~vn
.
'
'
of 1111COA, add tvapri.-of the tjltrat4
agentfor-Plit. -With
- olefin Is the alkylating
,
'17~
, P ; arid til
t
% gavajso-ArnOF
OjBa,
crystals (froin Etoll). ~ If tht r,~act
~
acticin NIC3
~O-AmOif the m C
L LJOIJ or i
~
B
tlon~ -Tertiary'-
ants R~c heated 10 hra, to 120-6, n" 1e UITCJ
2 layers fort ti

'Contg. plyruers or
the'Olefin. the Ion-cr- I
layer conu zil
-,vl,l C Abe ----contLary-~ajqs~~. tqu.ire
7 1 ti~cd: 16-20 hrs: Main Y
, J~
, autd uOrtn", U Cs"
10--19
brs --L~-: Wide J5o-AmM41L-;-,Y
It POIYWCr is Obt-i ed -
. -.0 n * and no alltul
Itifi d, H

.
.
-
onfi
wunoalkyl dul~3; ate forowd 3
I detected ta the aq . - . Pa t
~bL solts. ~ 'the
Polyinemof lbe
olefif
.
d
ePtifivij% -ner a I f h C, W
& a u
a- nf Isoadylene.
f~p. -43% -whose structure is unknawn. isr)---
VBUOH or. AteCOH gavetba sqznc~rvducf~ pw'.V,~CCJI.Phl'
W, b. 2,82-5* h1t2ELCOH ar Et,CHOH 1jeave e
unlm vni gtruicltur~
lbl
l
n
l
of
t
~
in~a~

,
.
w
-
ny
prduc
~
y
p
,
,
C
l
UL-
-
y P-
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"
13
CWUA. blit.
P
30., Dijutyihiphanit -ObLained b
~

77

'Ailrl-l~~ lp ~ -

i I'Ll L FRI I
L I
c
Detorm"ll-inif r,he mizoer c p r 'L e,
acccount. hT
163-
1111,11 ROOM

PHASE I BOOK EXPLOITATION 3OV/S233
Vullf, Boris Konstantinovich, and Konstantin Platonovich Romadi"
Aviatelonnoye metallovedenlye (Aircraft Metal Science).' 2d ed.,,-
rev. andenl. Moscow, Oborongiz, 1962. 503 P# Errata, *lip
inserted. 10,000 coples.printed.
Ed ftit-
le'page): L 1. Kornilov, Professori Reviewer: 0. N.~
Dubinin,-Candidate of Technical Scienoee;_Ed. of Publishing
House: S.,I. Vinogradakaya; Tech. Ed.: N. A. Pdkhllkova;
Managing Ed.: S. D. Krasillnikov, Engineer.
PURPOSE: This book is Intended for students *Of higher schools of
aircraft engineering; it will also be helpful to engineers,, per-,
sonnel of scientific research Institutes and Industrial aircraft
laboratories, etc,
COVERAGE: The book deals with new standard i-nd prospective air.
craft metals and alloys, modern research uethods,, the theory
of'dislocations, and dataon the influene, of radiation on the
Card I/A

Aircraft Metal Science SOV/15233
structure and properties of materials, Data on the comPosition
and properties of aircraft steels*(oarbon,, alloy, heat-resist.
ant.'stainless, etc and nonferrous alloys (aluminum, magne-
sium, titanium, etc:i-are-given. The theory of metal alloys.,
phase transformations In. heat'tteatment- wd corrosion of metal16 an
well as the science of strength of materials and plastic defor-
imation,are discussed in detail. No personalities are mentioned,
:There-ar6 25 Soviet references.
TABLE OF CONTENTS:
Fore-ord
3
Tntroduction
SECTION I. THEORY OF METAL ALL=
Ch. I. Structure and Properties of Pure Mets.25
l.: Crystal structure of metals and alloys
..Card 2/n
-a.

SHAPIRO, L.B., POPOV, V.G., dotsent; ~~N~N.Aq SMETOXV, A.S.;
EELKINt V.S.
Treatment and hospitalization of patiqo~s,,wlth myocardial infarat
complicated by collapse. Sov.med. 26 no.lsl8-21 Ja 163.
(MRk 16t4)
1. Iz fakull'tetskoy terapevticheskoy kliniki (dir.
deystvitellnyy chlen AMN SSSR prof. V,.N.Vinogradov)
I Moskovskogo ordena lenina seditsinskogo instituta imeni I.M.
Sechenova i Stantsillskoroy meditsinskoy pomoshchi Moskvy
(nach. L.B.Shapiro).
(HEART-INFARCTION)'' (SHOCK)

m

TAKTASHEV, A., prepodavatell; R%IADIN V.) prepodavatell; GNATYUK, Ye.,
---i. i'KOLESM, P. dotsent
kand. teklm. nauk, iOTS-Pn't," I

1 10 it U U W
e7. ~1. i~_. M 9 13 34 n- -Mv aw
Idl
A S_L_r~ I _j - k 11 a - a -A I
004 it" cpgtwll, -04
-114
000
-00
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'I 11MMkiv MkIWASNim. in I An lachaW
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wee
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00 0 0 * 00 * 0 0 0 9 0 0 *'q 0 0 0 q
0000 000,0-

I-. I,,-!
V-
C00.1
I'Thermu~l 1,'crk of Doiler Ui.its in Burnim, Ful-verized lli~!h Ash Lignite Coal," Iu. L.
Earshak-, V. 1. AoZ c`i., A. Ts-fer, C-ondidates 'M Teci,.nical Sciences, hteatin~l
Laborator%- 7
L . .1 .1
.u1 analy-sis of the thermal-ork of a boil.or unit sul-.11ied bya spiefical timbling
barrel- it. burn-ml-, .~~idverized high-ash 1 1~.,ni te coal., or, the hasis of exjerimental
I A 29T36o

ROMADIN, V. P.
USSR/Fuel - Ccx&l Properties - Apr 52
f

,40MADIN, Vitaliy Petrovich, laureat Stalinskoy premii, doktor takhnicheskik-h

i

am

AID P 1619
Subject USSR/Vlectronics~and Power Engineerina
Card 1/1 Pub. 29 1/23
Author Romadin, V. P., Dr. of Tech. Sci.
Title Utilization of atomic energy in power engineering
Periodical Energetik, 1, 1-3, ja 1955
Abstract In a simple.and popular form the author explains br-lefIly
the principles of atomic, energy and tha atn'_Ization. of
nuclear reactor in a modern electric po-wer plant., a
simplified diagram of which,is attached. In June lq~r-h'
the author tel2s us, the first atomic industrial electric-
power plant.of 5,000,kw~was put into operation in the
USSR, and further research and,preliminary work for
development of an atomic industrial electric power plant,
of 50.9000 to 100,000 kw is under way.
Institution: None
Submitted No date

AID P 4o88
Subject USSR/Power Eng.
Card 1/1 Pub. 110-a 13/14
Author Romadin, V. P., Dr. Tech. Sci.
Title Problems of nuclear energy (Materials presented at the
International Conference in Geneva, 8-20 Aug. 1955).
-Periodical Teploenergetika, 12, 53-59, D 1955
Abstract A report on the Geneva Conference. A description of
some atomic power plant designs as they are planned
in the USA, especially by the General Electric Company.
The-atomic power plant in the USSR, already in opera-
tion is described. Eight diagrams. Four English
references, 1955.
Institution None
Submitted. No date

PERIODICAL ABSTRACTS
Sub.: USSR/Engineering AID 4176 P
ROMADIN, V. P.., M. L. KISELIGOF, and N.V. SOKOLOV.
-UPRHD=NI'YE MOSHCHNOSTI I PROIZVODITELINOSTI SHAROVYKH
BARABANNYKH MELINITS ( Determining the capacity and output of
drum type coal mills). Teploenergetika, no. 2, F 1956: 56-60.
A theoretical analysis of the performance of coal mills con-
sidering the amount of electric energy required for their opera-
tion, the, types of ventilators and separators otc. Tables show
various types of coal and the mill output. A mathematical
analysis for computing the drum mill operation Is presented.
'Six diagrams.

AID P 4232
Subject USSR/Heat and Power Engineering
Card 1/1 Pub. 110 a 13/15
Authors Romadin, V. P., N~ V. Sokolov, Docs. of Tech. Sci.,
anZ M. _t. Kisellgof, Kand. Tech. Sci.
Title Determining the efficiency of fuel-pulverizing mills
Periodical Teploenergetika, 3, 58-61, Mr 1956
Abstract The present standards-for pulverizing mills are con-
sidered unsatisfactory. The authors suggest a new
method for the computation of the mills' efficiency
and gAve a detailed mathematical analysis to sub-
stantiate their report.
Institutions:. All-Union Heat Engineering~and Central Boiler and
Turbine Institute
Submitted No date

AUTHOR.- Romadin, V.P.,,Dr.Tech.Sci. SOV/06-58-7-8/22
TITLE.- A new unit of thermal energy (0 novoy-yedin ,itseteplovoy energii)
PERIODICAL.- Teploenergetika, 1958, No.17> pp. 30-33 (USSR)
ABSTRACTs The reasons why the kilocalorie should be replaced by another unit-are
disoussed. The-origins of the metric system are reviewed &nd
differenpes between the international and ibsoluteunits are
accounted for. The International Conference on the Properties of
Steam, held in Philadelphia in 1954, desided to change over-from the
kilcalorie to the absolute unit., the Joule, and this was confirmed
by the London World Conferemae of 1956. The Donferenl,-e decided to
adopt the conversion factor of I kraal - 4.1868 1 0.00022 k_-7. It was
decided to adopt as the absolute unit of pressure the bar _ 106
dynes/cm:2. Force should be eiTressed in Newtons. The application,
of the now units to power station calculations is discussed. The use
of the Kilojoule.in plac6 of the kilocalorie and the bar in place of,
kg/cm2 is of definite advantage. It ends.the duality of units,of-
thermal energy that has developed and leads..to betteuagreement
between electrical and thermal measurements on boilers and turbines,
and it.simplifies notation. Therefore, all educational institutions
are reocommended to bring the above considerations beforetheir
students. Research and design institutes and industry should commence.
Card 1/2

A new unit of thermal energy SOV/99-38-7-8/222
to use the new units in 1958, putting them in brackets after the
usual units, whilst the new units should be given preference as from
1059. In 1960 the old units should no longer be given, even in
,brackets. The Moscow Power Institute and the.All-Union
'Thermotechnical Institute should, in 1958 and 1959, publish unified,
Soviet tables of the properties of water, steam and various gases,
using the new units, There are 3 tables.
ASSOCIATION: Vsesoyuzayy Teplotekhnicheskiy Institut (All-Union Thermo.technical
Institute)
-Heat - Measurement 2. Steam - Properties Water -
Properties Gases Properties
Card 2/2

P~.ASE X BOOK KXPLOITA'21ION 30V/3732
Mirshak, Yu.L,,, and V.P. Romadin
Topki VTI s vysokim shiakoul.avlivaniyem (VTI tAll-Union Heat--
Engineering Institute] Furnaces With High-Efficiency-Slag
Removal) Moscow, Gosenergoizdat 1958 95 P. (Series:.
Iz opyta sovetskoy energetiki) 4,300 copies printed,
Sponsoring Agenciess Gosudarstvennyy treat po organizatsil I
ratsionalizatsil. rayon-pykh el-ektriaheskikh stantaii I 8.0toy,
-Ed..- N.G. Stratonov, Engineer; Ed, of ]Publishing House;
Ye,I. Radzyukevich; Tech,.Rd.: N.I. Borunov.
PURPOSE: This book is.intended for engineers concerned with thp
design and construction of bo.2-ler furnaces,
.Q0VkRA('Mg This IN a deseriptlion of the design, constructions-
operation.and characteriatice,of boiler.furnaces with hIgh-
ifficiency,slag removal designed by VTI (All-Union Heat-
Rngineering Institute). These -furnaces are equipped *ith
cyclone-type preeombustionz,ohambere, in.which the main part
of the fuel is burnad and the liquid slag eeparated,, and a
Card 1/4

VTI [All-Union Heat-Engi.neering Institute] (Cont,) SOV/37-32
common gas-cooling"chamber. The separate combustion and
ash-melting chambers provide for.a simpler arrangement of
screens in the s"ond chaimb*r and more efficient cooling
,of gas, Gieater flexibility In afforded in controlling
the furnace without disturbing the removal of-slag, The
furnaces are characterized Toy greater officiericyin rmoving
liquid slag, more effective-combustion of coke-resldues,, .-
greater capacity for burningicoarme particles-and a higher
degree of~~heat absorption In the precombustion and cooling
chamberse The following or'aniiations and.persons partlel~--'
pitted in the work of design ng, oonstrusting, operating and
testing boiler InstallAtiong-with.TTI furnaces: Division'
Chief A.C.-Lebedev,, Seql~r Technician T,t,-Grish4chko,
Senior Magineeks.ToNe.Kondakov (Deceased), V.V,.Solov'yeV
and._V.Y6.- Maslov, and Junior Scientific Workers Yu,F,,KMvayev,,
and Z.Oe Tolkov froatie.furnace Divislon of-the All.,ftlon
Roat-Engineoring 1n#ituts; MIt Chief B.A. lAndkvlst,,
Senlor'Efigin"ro N,A;-Zavlyalov,, X.M. Postnikov, and Yu,,Ai.
Zorin,.hsad of the Planning and Design Office-'N.P. Rysakav,
and Oonstinictidn,31te Chief K.N. Livinakly ofTralenergomon-
tazh (Ural'Trust**for the Assembly,of Power I~stallatloas);
Chief Rngineer D,V,, Shoporov# V.Ya..Zfs;kh ' Boiler Shop ftl*f
P.F. Volkov, Senior Foram' of %be.Zakanskayi
P-G.F.'Popov
.(Zakamsk Heat and Electric Power Ilant);. Unit Ohi*f ZX,
;4vshitsa. V N Biman, Ire.M.. Zalki-W, Group Engineer Yu: 3P.
1Kha' ki S;;1or Engineer PON. tKolii~khov,,Znglneer N.T. Khor1kov
0/1 n., ~ .1 - .I - - . . -- - - z 1 11 . ~ - -

VTI [All-Union Heat-Engineering Institute](Cont.) SOV/3732
VI. Construction and Installation of a VTI Furnace With
High-Effi ci ency Slag Removal 39
VII. Planning and Designing a VTI Furnace With High-Efficiency
Slag Removal
~44
VIII. Designs of Boilers,With VTI Cyclone-Type Furnace 68
D1. Utilization of the Physical He at of Liquid Slag 84
X. Utilization of Liquid Slag for Industrial Purposes 86
Appendix I. Investigation of the Process of Separation of
Suspended Solid Particles on a Film of Viscous Liquid
in Turbulent Flow 89
Appendix II. Investigation of the Aerodynamics of Vertical
M.Precombustion. Chamber 93
Bibliography 96
AVAILABLE: Library of Congress
JA/ed~f/rjh
Card 4/4 7-18-6o

MARSHAK Tu.L ; R
0 j~~~RATONOV, N.G., inzh., red.; RADZTUKICVICIL,
Te.l:'~ -red.ixd-va; BORUNOV, N.I., tekhn.red.

- ------ ---
,ADIrl V,
,6 r~
f
sov,06-58-9-20/21
AUTHOR; Belinskly, S.Ya. (Candidate of. 4=1 Rical Science)
A Ccnference on New Types of _07MIMt for Unit-type
Power Stations employing Super-criMirtal steam Conditions
K pov oborudovaniya
(Soveshchaniye po voprosam novy1h ti
dlya blochnykh elektrostantsiy na vit r1ldikri ti che skiSre
parametry para)
PERIODICAL: Teploenergetilca, 1958, Nr 9, pp 4Z - 95 (USSR)
ABSTRACT: A Conference on new types of oo~ioirmomt for unit-type power
Stations operating on super-critical steam conditions was
called by the HJgh Temperature Steam Commission of the
L U
Power Institute of the Academy of AM-ence of the USSR on
l4ti-,-i6th izy7 lo-58. It was au7*=1rdd by more than 150
represen'a'ives of power equipment AFanufacturers, design
U U U 0
organisation research institutes and of GOSPLAN.USSR and
RSFSR, the Ministry of Power S-;'az%g= and the Scientific-
Technical Committee of the USSR. DMgineer S.I. Molokanov
read a raDort on 'The prospective 418jplication of large unit
sets with super-critical steam condi-lions'. An article,
Card 1/4 of similar content by this author is.published in this
issup of this journal. Candidate *)? Technical Science

SOV/96- 58 -9-201211
I t, uations
A -'onfereince on New Types of Equipment for Unit-type Power St ti
Employing Super-critical Steam Conditions
entitled
1I.L. Oyvin, of Teploele'_,~-troproyekt, gave a reporu U U
'Technical tas,~'s in de signi nc- Vne main _-qt1_ii)ment for
40 a"- and 5800G'. Candidate
initial stcaij conetitions of 21
of Technical Science V.P. Studoyiskiy, also of Teplo-
Ellektrol,royokt, dealt uith 'The design of the thermal part
of a 2400-MW regional 'ooirer station'. Engineer
V.A Zvyagintsev If Teploclektroproyekt gave important
information abcut the design of superposed equipment and
300-NIl unit-type sets for steam conditions of 300 at. and
620C. Doctor of Technical Science V.P~.,Romadi reported
C'~
upon 'Investigations o-.*' the All-Unio rw echnical
~o
n 7hermo Teat
Institute into super-critical steam conditions and associa-'
ted Droblerns'. Candidate of TecLinical Science A.V. Levin
O~ave informa'.-Ion about turbines of 300 - 400 MW for steam
onditions of 240 a'., 5800C and 300
C t., 6500G,-developed
a
bY tlie Len-inIgrad Matual UorR:s.. Candidate of Technical
Soience 1'.A, Piosl)Xvitov, r,-L:' the Central Boiler T1._irbin6
Card 2/1~ Institute, described 'A design for a direct-clow bonler-of
710 tons rer hour a," 315.at. and 651~OCI. Candidate of

sov/96-58-9-20/21
U U pe ons
A Conference on New Types. of Equipment for Unit-tyl Power StauL
"I
ELtployinf- Super-critical Steam Condi,tions
Technical Science K.A. Rakov, of the All-Union Thermic-
Technical Institute, spoke on 'Development of the thermo-
technical bases of super-high.-output boiler sets for
0 u
super-critical pressure' and Engineer V.M. Biman, of
tibled 'Development of
ORGET,-,IERGOSTROY, gave a report enu
the design of a boiler set for 300 at * .-6500C, for a
300-1-111 unit'. A rep ctor of Ikechnical Science
,ort by Do
Ya.1,11. Rubinshtueyn, of the All-Union Thermo-Technical
Institute, was entitled 'The selection of Diethod of drive
lor _eed pur-ins for a power station with an initial pressure
of 300 at.'. Doctor of Technical Science A.A. Loma-1-in,
0317 the Leningrad Metal TWoriks, recounted the,design of feed
pumps for very large unit sets running at super-critical
.9 teapi conditions. Doctor of Technical Science L.D.Berman.
of the All-Union Thermo-Technical Institute, discussed
ITLe provision-of high-density condensers for steam
turbines in unit-type power stat-icns with- super-critical
4
Conr-litions I Cand-Walte of Techinical Science A.E. Gelltman.
Gard 3/4 1 ~Ll - - I.; ported on 'The
of `6 "ont-ral. Boiler Turbine Institute, re-

SOV/96-58-c/1-20/21
A Uonference on New Types of Equipment for Unit-tyl,,e Power Stations
Em-ployinLI. Super-critical Steam Conditions
selecil-ion of zarameters and ohaTacteristics for rower
equIpment in regional condensins Power stations'. The
-11-,,;~ins a br-"e' c u of each of 'he,above
article coi _L I ac o nu U
4. -ed that,
re..'Orts. The resolu'ion-s o' the meetinp nok,
despite considerable Improvement's in recent years2 the
efficiency of -oower equliDment. particularly auxiliaries,
should 3till be improved. The rtain lines that should be
followed in desining poucy, statilons for unit sets of
300' ~LELd 600 101 aIL"o'. stated; thi-s comprises a list of some
1.15 items rapinL fror~, methods ol' fuel drying to th-e use of
welded rotors and cylinders. It- was noted tlaat feed 1)umps
,ake too long to manufact-ure. Research on metals and tha
development of equipment for very high stearii conditions
should beexpedited.
1. Steam power plants--USSR
i~ard

POGODIN-ALEKSEYEV, G.I., doktor teklin.nauk; ROMADIN, Yu.P.; PROSVIROV, E.A.

S/02,1/62/145/004/017/024
B110/B144
%r4 tS
0
I E. Ya. _,.Lop%adan, Yg. P Giller, S-. A., 'Acadr.-Mic lan
~S r,atSSR, and Vuronkov, M. G.
IA 2~
Orj~zLnasilicon compounds of the furan series. Organosilicon
derivatives of furyl, carbinols and-5-substituted furfuryl
'11CO"
ho! S
-2Z q 1 C,.D0 L Akadarzi3a nauk SSSR. Doklady, v. 145, no. 4, 1962, So6 - 60a
:C: Turfu-ryi OXYS4-1--.--.es .,,ere -iroduced: -or of trialkyl
ry reac i
on-Grjsi-;--nes fury! alkyl and furyl aryl carbinols, (2) by reaction
---f siianes furfuryl alcohol, 5-methyl furl"uryl a:lcohol, and furyl
-ir
&Irky' caro iols R' R,
CtHOSIR"R," I- H,
+ tisiR"It'I"
Dv
-(Y
rAC R CH, R'= CV4 CIHI C4tF
(e,= Ch I C" *. C~H'O ;(C'H~J'Sloki Ro'=CIH~-.Coir'.040
Df H 2 PtCl 6 ner 1 mole of isopropyl alcoho 1 as catalyst at

.13/020/62/145/004/017/024
-e
cc:.-,:)ounds of B110/B144
3 o e J_r composition and properties are indicated (Table'-
1 or; S
oxytrimethy! s4lane xas obtained from, ethereal solu"
.-ritro-urf-uroyl alcohol, pyridine, and trimetnyl chlorosilame.
e r e. a c. Ts -~-.,_ith H PtCl, in isopropyl alcohol to give furfury! oxys-]
2 0 - k -, lan e.
j~.OXII_Ine con-. 0 hydrolyzes triethyl silane in the
n1- 0.05 z",oles of H2
:),C1
:1 2- 6 to give. triethyll silanol. Trilethylsilane reacti.-,Jc
r', Tr~ ethyl sil - no! the presence of E ?tCl,. -r-elds small P-mou-i-.s o'
2 0
disiloyane by anhydrocondensation. There 1 table.
7 7 7,1
11: Lnst.Ltu. orE;anicheskogo s~nteza Ai nauk LatvSSR
/Irstitute of Orga:lic Synt-hesis of the Academy of Sclences
La 3 R
Z, 7- r", 77
.11._.): I.arch 12, 1962
'~'UjI'-,j-,rl OX-Si
lanes Legend: (1) mode of production,
(3) pressure, mm H g .
2 0 1 n 0 41 n t ,

L 311,
-
r-AEC NR.
lz~w-;!~'~J'j~~ri I Les V;N~W*3.~
.66 __E'NT_(Ln)_1F;'WP P
___ (1) X~L_(c)_
A116007113 SOURCH, CODE:
Ui?/0129/66/000/002/0046/0048
AUTHOR: Romadin, Yu. P.'; Prosvirov, E. N.; J!ogodin-Alekseyev, G. 1.
.ORG: none
TITLE: Structure and properties of aluminum-silicon.carbide alloy
SOURCE: Metallovedeniye i termicheskaya obrabotka metallov., no. 2, 1966, 46-48
TOPIC TAGS: aluminum alloy, silicon carbide containing alloy, dispersion strengthened
alloy, alloy structure, alloy property
.ABSTRACT: The effect of the content and degree of dispersion of initial components
on the mechanical and physicochemical properties of aluminum-silicon ca loms
ybide al,
has been investigated. Alloy specimens were prepared from 99.99Z-Purq a um num afid
contained 2.5, 5, 7.5, 10, 15, 20, or 30% silicon carbide with a parti size otls
14, 28, 60, 100, or 160 p. It was found that increasing the silicon-carbide content
from 2.5 to 30% at the same particle size of 100 V decreased elongation from 5 to 0.52,
reduction of area from 9 to 2%, reduction in upsetting from 50 to 30%, and notch
toughness from 4.5 to 0.5 kgm/cm2. Brinell hardness increased from 48 to 70 kg/MM2.
The maximum tensile strength of 12-14 kg/mm2 was reached at a particle size of 16 v
.and a silicon-carbide content of 3%,with increasing particle size the maximum tensile
strength is lower and is reached at a higher content of silicon carbide. Orig. art.
has: 3 figures. [AZ],
SUB CODE: III SUBM DATE! none/ ATD PRESS: 4214
17--
Card I UD_C_L_CZ1,7_8,9_,_Z_L"6 .1151-7-31-

ASSOCIATION:. none
EXCL: 00.
SUBMITTED: 00 DATE ACQ: ;2.3Jlm6.3
SUB CODEs. 1-1 14A NO ILEF,SOVi '.~OOO'~: 'MM3 -000
Card 2/2

CHERNYSHEVICH, Fedor Ignat-1yevich, inzh.; GIRETSKIY, Semen
Aleksar-dro,vich, -inzh.; KULISF, Viktor Fedorovich. inzh.;
11rin:Lmal, uebastlye, MIRONOV, K.A.j, inzb.' ROMADIMA V.;
~-Mh4SMA) T.V.y red.
[Safety procedures in the repair of electric rolling-stock]
lpekh~Aka bezopasnosti pri remonte elektropodvizhnogo sostava
L
Mosk*,ra, Transporto 1965. 98 p. (MIRA 18:8)

OS IPOV, "Jorgey Ivanovich, Inzh.; WRONOV, Konstantin Aloksandrovich, ittzh.
ROMADIIIA. Irina Vladimiroyna, vrach; YAKOVLFV, D.V., inzh.. rod.;
"BOBROVA, Te.N., tekhn.red.
[Safety engineering manual for electric railroad crown] Pamiatka
po tekhnike bazopasnosti lokomotivVm brigadam oloktropodvIzhnogo
sostava. Moskvap Gos. transp. zhel-dor. izd-vo, 1958. 139 P.
(14IR& 11:1,'!)
(Electric railroads--Safety measures)

OSIPOV. Sergey Ivanovich; MIRONOV, Konstantin Aleksandrovich; W.,
Irina Vladimirovna; SIDOROV, N.I.. inzh., red.; YXDV~DB"_.'.j
re
[Manual on safety measures for the locomotive crews of
trainal Famiatka, po takhnike bezopasnosti lokomotivnvm -T447MT-bm
alektropodvizhnogo sostava. Izd.2., perer. Moskva, VPRP,_j.1-M
tallsko-poligr.obmedinenie M-va putei soobshcheniia. 1960. FAK p.
OKIRA 13:10)
(Electric locomotives--Safety measures)

1.2E~,n~-T-~4~z;~"it~-,~v-z-~przu?~~,,~ n- - .--- --.-

IN

ling boild sou"Ap
colubille.
;1VOlml devi'~l for SpIwomilluting the atnt. of )..tato M
" I"'t M-411 in o"Upti-I fixi"K a I X I X It-', c"'.
"mple it, III-, clf'O. 'troinuillot frwris m S-111 illict"gis.
."'I -t4tt(itlit. Lie mram (it a mit-rw4v1W. thr I". "I 'twel,
I M-1-M-,

mg

0

BAROF, Lazar' Izrailevich. prof., doktor tekhn.nauk, red.; DOKUCEEAUV,
Hikhnil Moisayevich; VASUjIYEV. Georgiy Aleksandrovich; DORONI-
CHAVA, Lyudmila Arkadlyevna; SLASTUITOV, V.G., gornyy insh.,
retsenzent; ROKADINOV, A.I,, gornyy inzh., retsenzent; YAKHONTOV,
A.D., otv.rWd-.-;--SIPTAGM-.Z-.A., red.izd-va; KGROVINKOVAS Z.A.,
tekha.red.
[Blasting operatione in ore mining; a handbook] Vzryvnys raboty
vlgornorudnoi promyshlonnosti-, spravochnoe posobie. Pod red. L.I.
Barona. Moskva. Goe.nauchno-tekhn.izd-vo lit-ry po gornomiL delu,
ig6o. 181 p. (KIM 13-3)
(Mining engineering)

TAKRONTOV, Alekney Dmitriyovich; DOK'UCHAYEV, N.M., gornyy inzhener.
reteenzent;,RQMINOV, A.V., gornyy inzhener, reteenzent;
NADIOX, M.F., red.7 A-V-SLTA-11OK, A.F., red.izd-va; ISLHNTIYEVA.
F.G., takhn.red.
[Blasting operations and explosive materials] Vzryvuys raboty
A vzryvehatye materialy; uchobnoe posobie dlia proizvodetvanno-
telchnicheskogo obucheniia vzryvnikov. Moskva, Gos.nauchno-tekhne
izd-vo lit-ry po gornomu delu, 1959. 328 p. (MIRA 12:1.0)
(Blasting) (Explosives)

-,eT7f; an Excerpt from a Pook. Tr. from
Fers1stence, and "as,.
tho Rusjanll '450) ('~TIDLA VUSTI, Vol 4, :'!o 15, July 1~'54,, Fralia,
Czechoslovakia)
'30: 'F.orfthly L-List of East European Accessions, (F7.AL), I-C, Vol. 4,
110. 1 Jan. 1?55, Uncl.
etc