SCIENTIFIC ABSTRACT ZHERBIN, M.M. - ZHERDEV, A.P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R002064710019-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: March 20, 2001
• Sequence Number: 19
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

I - : :
~4t,

M-MAs-ikwA-ftekhn-*-nauk;-'
lbwt sinking.with use of a baring rig. Ugoll tfkro 2;',.-no.10:396w
42 0 158.
(Sbaft is inking) (Boring mchiniry)

i ;. t i i
;Iff H,Vul J~ ii 1:11 is' ~ ~i f I ~
; i :~

' "
I ~
F
1, ;

"i .
I M!' I! 10 ~ 11 1~ H If V 1 .9 t". I
~J 1

n--' ,

2 M4
A'CC NR: AFC~W78814
AUTHOR: in, A. (bicutenant colonel in medical service)- Bsyg~Lovsxi R
Ye
(Lieutenah-T--c-F service), lyanov, t,._ V'. (Lleu-.Pnant colonel in medical
service); Rmyanl~~_qv, A. P. (Lieutenant colonel in medical sorvice)
I ORG: none
TITLE, Damage caused by an underwater nuclear explagl2n 0
SOURCE: Voyenno-meditsinakiy zhurmal, no. 2, 1966, 68-72
.TOPIC TAGS: radiation damage, radioactive fallout, nuclear explosion, shock wave I
submarines and our.-,
ABSTRACT., The literature on probable injuries to personnel aboard I
face vessels, arisinp from underwater nuclear explosions is surveyed. The Sul y y con-
centrates on the effects of shock waves, penetrating radiation, falLout, and radia-
tion contamination.
SUB CODE: 06,15/ SUBM DATE: 00/ ORIG REF: 024/ OTH RFF: 010

I
I li VII 11 ~
'I'li ~l 11J] tl~ l'HH.`llM*"'*l'll, I ik,
! , .
144 : a
~ i'll P., .~ ~;,! 1 ~ 1, k, , I
V I re

1,
r
I II
Hil

-mr-a"W
~V=scularlbed of the lung In normal and Pathologia conditions;
angiographic and histologic examination. Arkh. PAt-,-.19 no.3:38-45
'57 (KLP,& 10:5)
1. Is kafedry patologiehookoy anatomii (zav.-chlon-korrespondent
AM SSSR Prof. A.I. Strukov) I Moskovikogo ordena Lenina

4 q~ 'il 1 3 8:
PH ~- 1 - , -1 1 ; v
61 1 Al E 11' fa t. .

ACC-NRt=A
77_00_176~~--- SOURM CODE t UR/WW/66/000/000/0160/0168
AUTHORS.. Zherbyatlyevy I. F.; Luklyanov, A. T.
ORG; none
TITIXt.Modeling various difference approzimationa of the linear equation of thermal
conductivity
SOMICII: M KazSSR. Institut matematiki i mekhaniki. Uravneniya mateitaticheskoy fiziki
i funktsionalInyy analiz (Equatinns~ofmathematioal physics and functional analysis),
Alma-Ata, Izd-vo Nauka KazSSII,- 1966, 160-168
TOPIC TAGS: linear, equation analog system, approximation method, difference methods'
thermal conduction
ABSMACT: ~Analog formation, 'Using'a. static electrio'integrator, is investigated for
various explicit finite difference circuits which approximate equation3 of the thermal
.,conductivity type, The method overcome.s one of.the defects of the 4ifference scheme
U0.40 kI=-(Ux_j.&-2U..k+U.+j A),, (1)
which is.aesooiated with thelstability in the time.interval d t and the coordinate
interval x. With the unsteady prpblem (small thermal fluxes and temperature
gradientst etc) a large number of time steps la necessary. These can be reduced by
selecting the proper difference scheme. If U k in (1) is.replaced by the average
n)
Card X/2

- 010 -;~
1`11 EP i
Ilk
=ACC'Mr-~-AT700170
U(x, t) at the,pointa.(no k-1) and W) and the time derivative has tho form
art (ji. +1 (2)
231
the difference equation is
n ].A+
us (3)
where 12*1f 1 The errI;or.in
W is of the order
lul E UL 12 N + (Atz
+ AX4).
,The calculation can be ccnducted,knolwing the value of the function for two layers
k A t'and (k-1) A t. Using the~achemepropoaed by Frankel and Dufort (which in
stable for It > 0) the time step can bes'elected in broad limits with a fixed
coordinate step. First, cylindrical symmetry is considered, In one case, to reduce
'the errorsy Vt. R #' Ihm and Vt. P. Timlake (An optimum explicit recurrence formula for
tho.diffusion equation. Iouronal Elisha Metchell Soient. Soo., 1957# No. 2, pp. 254-
257),introduced additional terms and used a two-layer scheme. By expressing
Z U according to the'scheme proposed by Dufort-Frankel, and by representing
x n,k
2 Unt _ as usualf a three-layer scheme is arrived at, which has 29/lo' fewer calcula-
X k 1
ti erations the-i ttle first proposal. The use of the ordinary- formula for
.4 2 U Iand of the Dufort formula for &2 U leads to a three-layer scheme with
fn k X njk-1
191. ewer.operatione, Nonaymmetrical heat flows are also considered. Orig. art. has:11
3 f ea and 32 formulas*
gu2r
/_2 128 ZO/ M DATE: 22Jun66Z ORIG-REPt 007Z OTH-W: 001z
IIIIIIIIIIIIIN
n-
3"
0

s-'e
lilo
0 0 4_9 o 0 0 6:0 0~04
a Is JI 0 a a d
- I - I I a a -2
OW tuM kwf#--

00,4 p"v-
4ciew
00

-No* 9
desto bt* krp do 4600

00
9
ptliks at 160 R"I'm
bivi
use
-
We
a"
Amw
ft*a an -
as tallow isibmilebatbe*-
or am lGmL The depadto
polits on plam at 10 usidgmdatioa. W. a. H.
we feveftmw smumed, cat
-00
me&
sod #00
sea

00

'we

ago

igloo
1, A MITA4160010CAL WINATIMI CUHWX AT" is is
woo
lasso$ "At 401 404 do 0.9 $to
AR
1 1

t -
0
r
o
041- -* 0 0 * 4 We 0 a

6 c ~q
T.
.T
A
77

41

?j;7 17 - , Y~r
; f)1 I" . i 1.
I.
II ;
. I
Ii :
t
I.
~ I I
Itf'
I
~ 1,
i I-
If
I :
i ,
Vi
i 0i
,il
I ;
i.; I
1V;

,.I I
~ 1 :

~l
i . z NJ;fli~~
I iI i 1, J`
li ! . ~$Z' 1
'll It 11111,31 lil] 1~ III div
i ,
it I . I , ,, . .: - : - i 1 ~ .

f .
! I : I .:. ,
I I z
:1 ~
,I I i! I i i i I , E, I IV! 11, f , ~ I "
I % I I I

Sw Iptim of Pbo*Fh&to 666 in lias as stoditd by 1witfir
LIVA. Valwit'lk4d, Xag,* S.SA R 70
fmaqrs I S, i..il P-im." Vand ~41 1"1" .4'1
411 LAW-11 -NA 1-414"Wir 4 1... f--f-,nW I AP 9-10 6 A-d I---. It
Ms.. I'Ah 1-1 oil, filltAii.'n' W.64ma itall pulf. li'l)
otod the"~44hfitg gave mil't. buIR61W rt'unt' ATI-1
Of S-W. t"OtWO III UA11 ~V, thf1i 41.1 N NA 141."JIIIAC (fer
fol P" flintugh the s4rd milmvinwri shimM sittinote ditplAt
"itat jdAw-WicktJ N). im bv .4 -%tud-F.Al L.,vor Im
if"J"Ilme om"I ~. PrAt 14.11.4 .10 t It. 1f1"'4 III A.
au'll owlinv Ilki'la"Ilmo ....I lipull'i ."d
11111ft"1141UP416C OAUIWI 1111h MA -JR&I-191014 -J;Ontql th.-
"tax. tor""LIM tit MIS mil. P" I S. of IN") #,it The lWat-IN.114.1
tlftw tuwf Cwt-r 2A n.x.fpg. f.r krio-I .. M'I I% 1w; 64% -h,m it 4%
it K I V;I 2f.ff 11 Ij j. 41 If$" tI. if I I In. I I I'l %.f 1. 1 % rt S $'l 1 it f. 'I M-e I fj I' it
PliSINIII IOT 14110641V NA 1J.1101 jjj'L IlIkil"
j
L fa 4ij. Win
71TT~
J(L Al I ~i
It -A
gt
Kim
POP 111214111% _1 I'm
WE tit u ~iii

Im

iim,

SYROV, Aaeksey Androyevich; ZMMMTSKAYA, N.N.-, redaktor; VOLmyssu, v.A.,
U HIP Rl":

1~ I ~,
,I , 1 2 -ff', 11 .
I
i i I'll, ~ ili 11] 1~,, I i ! 11H f I "lit' ill l)-l It, i I . I.: :
;- 1 111
~i,

iLYsv-v;-r-.., smR-,N-.r-. --roar,-ra-~A-. j- -kandi"t
takhnicheoklkh nauk, rodaktar-, ZMMIMKATA,, K.N.. rodakt.or-,
PANKUTOVA# N.A., takhnicheekly rivew1b li""amm

---- ---- IVANOV..--ALLILUYNV -#Sergay-Kuz Imich ---ICFIS -#YvA-~~-,kandldat-t ekhnichtfikikh
nauk; ZHULDIESKATA.Y.N.. redaktor: PANIRATOTA.M.A.. tekhnicheekly

i V; -.
i i, a :

OMOVSKrY, ZMMMITSrAA"P.-v' iv"ktor; VOLTWOVAv
T,A.. tekhnichosiczy reaskilor

lorls$ tivoey Abramovich; radalctor; KATISSIW, Z,M. #
: "'tOd''t ~i .;
A :1 11,11, ~,; I ; -
:, q I ~,
IV ~ 1111 It II Ft,.Hifffil R 1, 1
4

IRUXM, Simon Aropovtch; #.N-, rodaktor; SMIJU, Te,X.,

TSTGAKOV, Mikhail Nikolaypviqh t IQYla, I e.A., kandidst tekhnichesirikh nemk;
-redaktor;- SXATA-.jxL
'1!N
R OR
111101 Im"WID irk-Nil H 10M _-I

il , I ~ ; I - 11
,L I f
I I I I v f
PINT lk"Hilli I III
: 5 1~ 11 , 1 2 ! ;

11 ! % i t
11 ~
! ; ; ii i. ~
11 ~~:

i .: ~ 414, 0, Pf ~ I E i -~ t."
I N t., P ~q:
M HEIN, 11 --sam"t, M-,, I ifla I I M 0 1 H 0 111111 f: I - I ~i R- "' 1 .1 1, 5 114111 1111 11,4HITIM] ill' 1111PHI i"
T I :
- ft . ~ . - i ~; I e~" ,~i 11 ~ !11? 1 1 U PI ; !It; I : 1
. 41 t i .4~ I I i I . .

m-,
1 , it m'' 11 i
t .; ti', ~ "
~.l .I
:! ~mf -~ I
I 11~ ~ 11"i."Ill 1: M, 11 It ii [ Jrl. i .1

4.
j
:i i I
I ~ I III 11 "" 11' 1 ~ I It .1 i'llf: 11" ~!;Tllill I ~ I - ! ci
.j I i I
: ; i I t p

I ., , t 7
t 7 1, )3 ,
1 '071 .., -;
a . """" ~ 11
I . I i
i -'! i
: : I I . t, 0 R 1414 ~ ,I; - -
,

IRSMO GrigoriylAwevich, kaM. tekhn. r~a-ak; g.M)IONTO LI-O., red.j

~11., i i HF !" i ~ i i ~,r::
~ 1. 4 1
I li ~~ 11 1 ! i; ~:
li "
%~. I 'r , , : ~, ~

u!" , ~j i z i - ~ t;
.4. i . F,.~ [,j ,-.
.,1 111111.1 1 Ull E I i f ;
H,; T Fli ~ .0'~,,

p ~A 1, 1 ,
~ v t 1
;l i
1; . i
UP,; I -

'fil !" Al I - I " 2~ ..
- . 'I t .
0 1 ~ I if., i
1 .! 11,4 i*1
i.. 1 1
i E I i W~Ni

KATBANFJMBOGRITO A.D.4 101PIS, Ye.A., kond.tokhn.nauk; STMITSOT, M,T,;

,
j ! I
111 A 11., 1 1i 1: ! I i -1 Hli 11111 111 ~ i - I I i I , ! !f ti I 'Y"i I i 1 ?11, i 1 11 ~ ! I I :
I
a , I f ! ! 11 . ~ : ") t i I. :
; I i

1 NMI AP6025934 (A) SOURCE CODE: LrR/0226/66/ooo/OOT/0022/0031
AUTHOR: Porofeyev, Yu. ZherditskiX, N. T.
ORG: Novocherkasak Polytechnical Institute (Novocherkasskiy politekhnichelskiy
instit~t_)
TITLE; Application of dynamic hot pressing in cermet d tion
_yro uc
SOURCE: Poroshkovaya metallurgiya, no. 7, 1966 22-31~
TOPIC.TAGS: porous metal, metal pressing, cermet product, iron powder, tensile
strength, ductility, recrystallization, annealing
ABSTRACT: The authors determine the functional relationship betv~een the density y
and the work expended on com tion of 1 CM3 of.material W for various materials
pac
.under dynamic hot.pressing. The effect of heating temperature is determined with
respect to briquet dimensions, prepressing andphrink factor on the compaction Pro-
cess of iron powder. The dynamic hot pressinglYnethod was used for producing speci-
meni with various porosity up to Of.77'The tensile strength a of these specimens al i
v
residual porosity.11