SCIENTIFIC ABSTRACT GLEBOV, YU. - GLEBOVA, L.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000500020020-2
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: September 17, 2002
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


The Speed of' 11.1 In)- Up the 7~o.'- a
Rollitil-I Mill by Xefrf 1. In flile IIIIAII~tl
stat",e of' Holl
of' spee(i oi' 'rioverientu dur-lii-,, rol-lLnE4: (1)
of r,.10,1~oy (2) 31.ider; (~) I-I'let;
Car(l

79t
606
E
> 30;
Ln
PATH IN YUH41cT(I~ N f& rf4 k
0
LENGTH or t;
CION OF DCUORMAT 101~
Fls~l . 4 . Rel,,,tl;Lo"l bet-aeen nioveinen', of fL,(:~rit
r,ear (2) fac~e:j ot' :;,-jjnpj.p -r-j~j I . .1 X .
, t of ~,O!Ilt
Pei,lnheval r)f' (11)
of' :;~ "!-l of' 1,01.1". .

Can-I

L t IT k 0 R C G 10 14 OF W: I R#'A~l oll':-

GIL,BOV, Yu.P.; NIKOLAYLV, R.A.
Force of contact friction in pressing- alumini-ra and eertt~j.in
aluminum-base alloys. TSvet. met. A no. 4:0-50 lip '60.
(MlIk 14:4)
(Aluminum) (Friction)

GLEBOV, Yu.P.; KIRILLOV, P.G.
Device to study I-he nonuniformity of metal flow dwin~: rolling.
Sbor. nauch. trud. GINTSVETWT no.33:349-354 160. (MIR.A 15:3)
(Rolling (Metalworlk))

E F1,6
AUTHOMS: III.I.; ) 11, 1 . L. W(l 6 1 Yll
T LIT E,: D;~terl~li I) -It ion o I ti I (~ ji I, (,I ~1.. P I I:[, ~ 11. co It i ,tv i
i~i Extrw;ioil wit'll it 1,1,1:,tic e DI,tc
PERIODICAL: Tsvetilyye 111('t-ILly 1 9 Wl. ~ No - I I I:, . " '-I-
T EAT " The problem of ker!pin.,, 0) ii-Linicowt (h(! of"
di,~;card from I)ill(J bocoj;w5i, joartiI7ii[ilcly ull f-po r torit in
e.,~truding costly metals or ;111,1 f1w ~I,l Icle (If!.,;-
cribes a method of achit~,-vintr, tht..~i Plld~ Tho I'let'llw! I I () 1) t t:; I? (I i. ~i
based on the ap!)lication of a conical di~-, tVii"d ].~*I coll,pinctioll wl,th
a spacinr, disc of n plv~tic niot~-_tl (j,_LEjj
sit:iilar to thos e of the exl:rud nd um t. er ial F) I.Eic :.(.I t~je
extrusion ram and the extrusion billet. ['!to of the
inethod is bost exiJained by reforriny; to Fig. I viuch :ihows (I)
the e.,ctrusion biliet; (2) pla~;tlc mvt.il tli!;c aml (-I)
ra.:i, before (A) and aftor (13) extru.,ion, Tlhe of
the ~-iethod con,-;ists in thi.,it the rxiting surfaces of the extru6lcm
billet and the spacin,,F, disc are not flat. but convex find coneave,
re!;pecti.vely. If the corrf:!ct, slui-)e of ~.he curved inlc7rface (line
Card 1/3

61 L':'~VG 1 /0(-,"./(-)0 L/005/0-10
1.1) E28
Determination of t lie Sli~,prt of the PL,~ne of C (i ii t..-i Ali !r)yi
i;ith a 111;iit ic llres.:~urv Diji:
D-C-E, Fig. I A) is chosoll. A t. bet. I'lill ( I I I, o1'.) - C - E 1. 1 g
.I.B) after from the :.;o Lhat the LaLl (.rlfl of the
extruded rod i.,; from the klofect olld does not have 1(.
be, di-scl-trded. A ji)(Aihod of dotf!1-111111i'llp, tho c()I'l ect (1: tho
curved interface from the co-ordinate net oattern, on
the meridian face of an exoerii,ietital billet. is de 'zicribid. Anul v
ing this method to alloy ecs'lb (D16) . eXtrUded at 1120 0C From a bil i
40 inITI in diZ%111Qt(--'-, to all L~')~11 iwi di,wwLt-r, x'od. tI i e I -I- i- (, 7; (, n I ;in ( hol-
found that thO C01-1-(2Ct illt(~rf.!IC 0 (1011!~ t I tilt, ("; -A)i L hj~:~ ocl~~o . a
quadratic Paraboloid. It is concluded that if L[11!3 method is
employed in e:.tCUdin..-, metals at relac:iveiv Low tectporatures (below
0
500 C), the exLru.-iion process can be cz~rrle(l out %-~.I.Aliout )roduc-Lag
a discard from the e~.ztrusioii billet, Tiiei(.~ cire it and 2
Soviet references-
Card 2/5

1/00(j/oo.,/ u,,, --,j/ o I o
E233
Determi.ii,ition oC th(I S11,A!'O Of 1:00 Pi.!11 Of t: ill
with a Plzistic Pros.,iuve Disc
Fig. 1
PHC. C.X(!Ma K
Card 3/3

j/~)(.~')/1C,2/D 14/0 1 j-
A111HORS, Perlin. T.L., Glebov. Y~A.F,
TITLEt On the Shape of Elastic Zone in it Die Euring Pressing, '111,.rough a
Single-Channel Flat Die
PERIODICAL- Izvestiya vysshikh uchebnykh zavedenly,
1961, No. 2, pp, 131 - 133
TEXT.,
The shape of the deformation seat in preLlsing through dies is
determined by the elastic zone. The effe,:t of' var!~~us on -1he vn.-agnitude
of elastic zones has been dealt with in a number of (Re,, I - 4)~
However, they do not explain tha causes of a :ons-~an-j_v equal shape c-f the eur-
face separating ~',ie elastic zone fronn the deforming metal volu-me. The shape of
this boundary represen-2 a trajectory of the mc-,ion of peripheral layers r.,f -%he
pr.~e2ed metal. Tnvestigations of -this toundary proy.1de drita (~r~ rt!gulftril~ies In
mel.al flow during pressing; -;harac-.erlstica of the surface -)~ slip Ln the de-
formation seat, and on the effect of the aforementioned boandary on force ccndi-
tions. The authcrs attempt to explain the causes determining "lie surl'ace shape of
the elastic zone. For this purpose it is zuggested to use :he prinniple of the
least work and the least time for the traject~~ry of =7-,Ion (:.f' metal ~Rrticles
Card 1/3

S/I IrOW/00 2/0141/0 1-
AO,O;)/A!%X, 1 ~\//
On "he Shape of Elastic Zone in a Die D~.jrlng Pressing Thromgh a 5ingle-Channel
Flat Die
(Fig. 1) . The trajectories of particle.~ froyr p3tnt A t-) B ca,-, be dietern-;:.ned a.Ia_
logous to the solving of Bernoulli' s problem of ~he brachLatrclirore whIch -shows
(Ref. 6) that the given curve is a cycloid (Fig. 3) which iii concave in the mot'.on
direction of the point and resembles by its shape the ~ound,%ry cf ttie elastic zone.
Another method -of demonstrating the concave shape of the curve rearmed ty -~he tra-
jectory of a point ,r.,7v.Ing at high speed and mirimurr. t-'rne is !3r:)wn in PLg-Ire 4.
TI I
he straight line m - m, parallel to axl!i x, crosses the 9 truj!--torles in
points c, d, f. Time is gained when the shorter section _,s passed at a lower
speed and the longer section at a higher speed. 3ections of the co-arst, passed by
a point at the same level and by different trajectDries, are irl. the relation Ac
< Ad < Af, i.e. a-~ the beginning of motion at lower speed, "the concave trajec-
tory provides for a shorter course, and for a Longer course at the end of motion
at maximum speed, -gince the section of the Ti-Ijectory telaw m .. m are In relaticn
Be -,y Bd > Bf. Thus the shape of the elastic zone sarface durIng pre:scing ,hrc'LL.;h
flat dies, corresponds directly to the principle of the leas-~ work. !hIs is im-
portant when develr.-~T*,.ng methods of determIning fcrce f:~r pressure work-
ing of metals by the least work principle, uslIng variatic)nal Data 0b-
Card 2/3

S/149/6 1~W/002/1014/0 1-17
A006/A001
On the Shape of Elastic Zone in a Die During Pressing Through IL Sin.gle-Channel
Flat Die
tained may be used for designing pressing tools.
Figure Ii Figure 4:
Schematic drawing of an elastic Schematic drawing explaining the shape of the
zone during pressing with a flat boundary between the elatitic and plastic
die. zones during pressing thi-ough a flat die.
9 A
M C d %f M
L
There are 4 fig-area and 6 referencesi 5 Soviet and 1 non-Sovlet.
ASSOCIATIONS: Krasnovarskiy institut tsvetnykh metallov (Kraanoyarsx Institute of
Non-Ferrous Metals). Kafedra obrabotki metallov davlfaniyem (De-
partment of Pressure Working of Metals)
Card 3/3 SUBMITqIM: October 5, 1960

("j:-" -61
S/ 13 6/6 1 /000/oo4/004/006
AUTHORS: Glebov, Yu,,P,, and Nikolayev, R,IL
TITLE: Stresses Due to Contact F.-iction Dur.ing Ex'klru!~ion of
Alumin.ium and Some Aluminium-Base Alloys
PERIODICAL: Tsvetnyye metally, 1961, No, 4., pp. iiB..50
TEXT: The a(-;curacy of analytical determination of extrusion
pressure depends to a large extent on the accuracy of data. on
contact friction, used in the calculations, Althc)ugh several
formulae for contar,-t frictton have been derLved they
all contain parameters which are diffi(,ult* to determine either
analytically or experimentally- Consequently i.t. easier to
determine the magnitude of contac.t fri.c-tion experimentally, The,
contact friction phenomena during extru-z:tori of aliininium or
aluminium alloys have r-ertain speciftc features, owang the fact
that these materials tend to stick to the containe*-- wall and form
on it a lining, so that friction takes- pla.-P not b#:,-.weqn stee2 and
the extrusion material, but bet-ween the weldE.d-on lining and the
extrusion billet ~ When the temperature of the r.,-,-n~ainer JQ near to
that of the billet,, welding, may readily cc.,;ur between the lining
Card 1/ 5

sl i 36/6 i/ooo/oolt/mi lom.)
E193/E-183
Stresses Due to Conta,!t Friction During EXtTU71011 1-f .41L]Mtriium
and Some Alumin-ium-Base Alloys
and the billet, in which case friction is repl.aced by plastic shea:-. v
When different alloys are extrude-d from one rontairier, t,hu
31tuatIon Is complicated by the fact Olat the "'henfl.ca-1 C.ompooAtion
(and, consequently, the pToperties) of the container lintng Changes
continuously, h-eilng often dfffElrent from that of' th4 eXI;T'ilded
alloy, For this reason the only reltable data- el,.an be obtained fTOM
experiments carried out. under Lndustrial r:onditions, and Since data
on contact friction durl.ng extrusion of aluralnl'um axe scarce, the
present investigation was undertaken Th,~? ~tresse--- due to contact
fri,-tion were determined during extrusion on LL-'00, 1500, 2000, and
5000 t presses with the aid of a metht)d due to 1J., Perlin (ReO+)
which ~~onsisted in the fo'Llowini! Tpo ext-,,jr ion. p~vessvtz
(P, kg/(,,m2), as Indicated by the r1jant-Injoer, ww-. plotted against the
distance U., mm) tra,Telled by the ext-ru~-i---.)n am, 'Nio points were
then chosen on tt,.a linea., portion of the P L) (Airve, and the
/^\ T
difference Iri pTe~ -- -,u ~ i~, ~P, and the :-ovre~p, nding di2tan-e
travelled by the PXIT-,V~iQT1 TJM between the~-c- twc p-.,!O,!~, 4~iie
Card. '2/ 1z

",94~~2
S/13 6/61/000/004,100V 006
E193/BI83
Stresses Due to Contact Friction During Extrusion of Aluminium and
Some Aluminium-Base Alloys
measured. The change in the magnitude of the friction area, Ftp,
was calculated from the formula:
Ftp JFDK U7 (3)
where DK is the container diameter (mm) . The I"ri (:tion s tress,
'Fkp, in the plane of the container wall was then calculated from:
'Ukp Ftp
where Fnjq is the cross-.section area of the extrus-.Lon ram, Data,
obtained during 200 tests car:ried out under vario-iij conditions of
temperature (t), extrusion speed (0, and elongation (p), were
analyzed, Typical results are reproduced in Fig.2, where '-Ukp
(kg/mm2) is plotted against the extrusion temperature (t, oc)~
Curves 1-6 in Fig.2 relate to the following conditions'. (15
aluminium, extruded at v = 31-.52 mm/sec, 21,j (2) aluinini=5
Card 3/ 5

694"'12
S/13 6/61/000/004/004/006
E193/EI83
Stresses Due to Contact Friction During Extrusion of Aluminium and
Some Aluminium-Base Alloys
V = 4-5 mm/sec, F = 4 5j (3) alloy PY6 (AK6) ~r 0 5-1.5 mm/seo,
)i = 19 allo 8~5 (V95), v = 0.2-0.6 13-33;
alloy AB (AV~, %r = 11-18'mm/sec, 15-35i (6) alloy AMf'5B
(AMG5V), = 0.8-1.0 mm/sec, ~i = 22, The f ol louring conc-lus Lons
were reached, (1) At a constant extruston temperature the stress
due to contact friction during extrusion of aluminium alloys varies
within wide limits. depending on the extrusion speed arid on the
elongation, the former-parameter having a more pronounced effect,.
(2) Above a certain critical value of the elongation (~O which
amounts to 13-15, further increase in p has practically no effe-.t
on 'V'k (3) The results quoted in the CoUrBe Of the pTosent
investyglation were obtained under cond'itions most frequently met
in industrial practice and can be used for calculating the extrusion
p:,essure for the alloys studied,
There aTe 4 figure-z and 6 Soviet referen~:P~,,
Card 4/15'
.Y

6W,1
13 6/61/ooo/oClWCr)V,'-.-, 6
Stresses Die to Contact Friction... 1"1193/1"1003
xy .1,0 ix jlg jpd .1sy S"I 4L7 J, 41's 4~7-Ttv
I-V
-T-1
Card 515 Fig. 2

PERMIT, I.L.; GIEBU, Yu. P.
Sha rf V-e elastic zone of d-leo in
pe
die stamping. Izv. itchev. zqv,; ts7et. met., 4
no.2;131-133 :61. I%MIU 1-4:6)
1. Krasnoyarskiy Institat tsvetn7dch metal~ov, kafedra obrabotki
metallov devIeniyeri.
(Dies 1"MO,n1work~ng))

..: - GLEBOV, YII-P-
J,~~ IdAll L, L. ,
.,I , , .
, - ". ."
. - ., I . . - I
i . !:~ , - , . . I I

S/149/62/r4Q/OC3/0O9/r) I I
AOO I /A 10 1
AUTHOR: Glebov, Yu. P.
TITLE': DOW1.111inaLlon of maX11111111) 111,11n deformation hi 111"!!
sion of round rods
PERIODICAL: Izvestiya vysshikh uchebnykh zavedenLy, Tsvetn,.%ya rn~-!tal-lurFj.ya,
no. 3,1()632, 135 - 146 1
TEXT The author studied, under the guidance ot' 1. ~Ll. Perlin. the proce;-,.-
of extrusion of round rods with the purpose of determInlrig shear (~eformatf.,)n and
the magnitude of maximum main deformation occurring during this prooess. He dL-
vides the volume of an ingot, being extruded through a d!F- to produce a round rod.
into three sections: first zone, preceding the deformation seat, in which there
is no plastic deformation; second zone or the seat of' plastic def'o-7nation, and
third zone which represents the rod after extrusion. The motion of 11h-e poLnts
within each of these zones is a-nalyzed, considering the process as ar. ;-~Kial-sym-
metrical one and neglecting the friction losses.' As a r(?sul.t of thi! analysis,
approximate equation of the curve is derived Into which a st.raig-,it tr~Lnsverse line
Card 1/3

Determination of maximum...
VOI/A101
of' the rod co-ordinate network transforms vinen tile extriision a
steady state. Differentiating this equation author tl.nds the )i'
angle , which Is tile wigle of shear deformatfon, expressed In Lerrilz )I- ~nt'-~al
co-ordinates X:
tg
c
where ;. Is deformation degree, being the ratio of cross sectionr, of' -,,he int;o~ and
the rod; : is a coefficient whose value depends on the die ang-11, (a. &,raph show-*
Ing their relation is presented In the article); De Is dLametev, of' coiftatne-v In
which tile Ingot isplaced,i.e. initial diameter pr1or to extiiislon. Thc! maFtiltude
of relative maximum main deformation for values of ji 1 10, which is u~uaLly the
case in practice, Is expressed by the following forniula:
In , x ~ In ('4 +
D A`
0
On the basis of this formula, the necessary magnitude of' total Proosurc,
is determined, which looks as follows:
lard 2/3
1

Del~erminatton of rnaxtmum...
AO01/A101
P
D'~
hi (k
vinere Sd,,,, is averai;e value of y i e I d 1) o i n r oe 1, t i I e d e *',:, r III; I_)Y1 _'e aaf 1 j 1- ; 2
addi - in
orrcetion coefficient taking into account the _tLonal shedr
x! , -, fh'lert
.aL direction of indivLdual (,oncentric layers. T'he (~r this "-!f
a
is compared wLth that txerted by another coefficient in tho Pi-.-r1lin f'orn-iiiia ("Tsvet-
nyye metally", no. 9, 1957), and corrections found by both ways wP-re found tO bF_'
of the same order of magnitude. There are 7 figures and 3 tables.
ASSOCIATION: Krasnoyarskiy institut tsvetnykh metallov (Kriisnoyarsk In_ztitutr~ c;f
Non-Ferrous Metals), Kafedra obrabotki metallov davienlyern (Dipart-
ment of Fressure Machining of Metals)
SUBMITTED: May 15, 1961
Card 3/3

GLEBGV, Yu.P.
Pressing rods without leaving butte. Met. t:pf;.
35 no.7:55-70 J1 162. (MIRh 15: 11)
(Power metaUurgy)

ZLOTIN, L.B.; GLEBOV, Yu.P.
Determining the design value alp deformation resisz.ances in car,-
tinuous processes. Izv. virs. achob. zav.; tsvet., Lrot. 5 no.4:
169-173 162. (MIRA 16:5)
(Metalwork) (Strains aDd strasies)
q7/

'63-

CESSI Oil NR: A?4015111 S/0136/64/000/002/0062/Oo65
AUTHOR: Perlin, I.L.; Glebov, Yu.P.; Yermanok, M.Z.
TITLE: Effect of tEnperature, degree and rate of deformation on the
Arength
of aluminum alloys.
deformation
!SOURCE: Tsvetny*ye me+vally*, No.2, 1964, 62-65
';:TOPIC TAGS: aluminum alloy, D16 aluminum alloy, V95 aluminum alloy,
'AD31 aluminum alloy, deformation strength, deformation rate, deform-
ation tomporature, deformation strength temperature funotion
ABSTRACT: The effect of different temperatures (360, 420, 4800) and
various deformation rates (0.19, 0.8, 220 and 880 mm/sec) on the de-
formation strength SS was investigated for D16, V95, and AD31 aluminum
alloys. The deformation rate -vr affects S,.5 ; and with Increased de-
gree of deformation V,, the intensity of the growth of !~a Is decreas6d
and in some cases even lowered (for LD31 S lower
,j is at a rate of 14
sec.-/ than at 4 see.-' ). The curves which show t*&-.e dependence of
on degree of deformation have a maximum, and it im also shown tha:b--"-
Ci=ld

ACCESSION 1TR: AP4o15111
the degree of deformation depends on temperature and rate of deform-
ation. As temperature increases the maximum on the curve is shifted
in the direction of smaller deformation values; and with Increasing
rate of deformation, it Is shifted in the direction of larger deform-'!
ation values. Working diagrams (fig. I ) of the Q,~ = :f(t") relationship
irere constructed by extrapolation from experimental data for the 3
temDeratures investigated. Curves are also included for the most
Dro6ble deformation periods encountered in extruding the given alloy&
The loiter curves aw show the initial values corresponding to S.~ for I
~, = 3-6110 and minimum rate of deformation w = 0.03 sec-1 - Orig. art.
has: 3 figures
ASSOCIATION: None
SUB CODE: ML DATE ACQ: 121-lar64 MICL: 01
VO REF 3073 009
SUM-11TTED: 00 OTHER: 003

JAMMU
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7 nn. ~035-1.11- A64 I

Category USSR/;tIle,-,tr3(-;'Lty - Semic-nduc-~rrs Ct- 3
Abs Jour Ref -712?)X - PILik,.1, No i, l';5'( N- ir~O
1 .1 J,-
Author i Glebcv, fu 3 , Karavayeva, A-r? , S-C.
Title :-Mle-CE-rlc~,Driductivity -,f DXY'A'!rc.
Oriff Pub Sb, L-eninCx ~ in-La t :cluioy me-k(i.,zm. opt i"A ~~j-
p, 18, 163- 6
L
Abstract Investignt.j..Dri 1'eU111.10 are glv~.Il on o' oxyferi;
Tht- t er-i+ltre depetiaence (.' tile ros~3t,on(:- cb(!y,~ tIv! ,!xp:)n(!nIial law
TT - rj L or. this Diw is observed
R = Ae M.1y at high tempe. A devintion "r
at temm!r.2ta:1-~3 be-IL1w 4(f, at tlit* ma;,gniric propertits 0--:, the Ord-fezs
manifest -'%-?m~zej.ves : '4Y-7 Js the Ojx-m.- pnin-- I The de~.,)endence of Tit R on T ajid
on C~ -7- f' ~ T, 'I, has a maY-imLLn -. i, 4(:r, The distributicn. of the potential over
the specimen is practically -1-Ino:qr Tile x-,Itage aoroscz the contacts is much
higIner 11-5 - 20~) than the LDplie,.d to the ~,Pttcimeun, urith tile percent-
age voltagc! drop across the cnntact~-, iricreasinE; witn Increased a plied voltage
p
(,from 0.5 t-- 1.5 vc;lts" . Tht aj-!- t'Lised,",n silv!!r, The static vol-
t3v--,Lrr-er).t ~Fluacteristic,3 :A-i-r tlvi-, the-- oxlfftr., ar(! to thez*aistorz
in prc-perties . Unlik-:! tb,~ the law-freq,lency
volt9C,,7-cu=-~nt characteri.~,ti-s -)f a-re dtter::.jIed not by thermal
Card : I // "

Category &7xpiconioctcrs,
Abs Jour Ref Zhur - Fizilal. lll,~, !,
G-3
phenomena, but s-tle special pr--~ctr~s, a sl-l:Av r.1' wllll-h -'-elp e:rplain the
mechanism 4-
.-he vonduct-LviJ.y -f ckyfeiz The re~-,u~tm,t voltaj,~e-current
chara-cterUt:.c~; ,S-e similar tc u), th-ir, metallic fillu, by
lic po~-,dprs,. and by Y-ie 'ca3.-ic concluirtion Inecbs-nism
of Ox _3 -9p rently cl'~seiy phf!-rlomf!na between the
yferst, I I
grains e:,f lie
The R i-,f the -~-,rL,!!r (f)
with maximi-mi r~tduf-,tion in F. hting vt~.] at. J.-Cw -valli(!z; of f'. A further
increa.-,t! n f fr:,ri 16 c- 2) kc tlie~ ::f Lhe o:cffer but
llttl,~ A ~on.31.uFi~n is b-,)vi U;f, "!I properties of
the rllri~
Card 2/2

00 's a,
lot,-
I rL 1.4
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rl

r a-y
~~dv :-:-J:,
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T.r

GIEBCIV-KOTELINIKGV, Erik Anatollyevich; KATS, A.M., red.; POIMIIIA, G.V.,
11 _ - - - --red*-; -MTKCVA, R.N. I tekhn.red.
[Application of accounting-punched card machineii for preparing
consolidated constructional and technological documewtation]
Primemenis schetno-perforatsionwjkh mashim dlia mekhmlizatsii
soBtavleniia svodnoi konstrifk-torokoi i tekluiologichmkoi
dokumentatsii. Moalcm, Gosstatizdat, TqSU SS,-E, 1961. 41 p.
MU 15:5)
(Machine accounting) (Punched card systema)

USSR/Zooparasifolovy. Parasitic Worms. General Problems. G
Abs Jour: Ref. Zhur. Fiol, No 23, 1958, 101+052
Author Kaslyanova, K. A.1 Glebova, A. A.
Inst
Title Case of Diphylli-Mosis in Mon
Orig Puh-. Ped. parazitol. i parazitarn. bolevii, 191~'8, 27,
No 2 ~ 219
Abstract! No abstract
Carl
24

-MMOU, Antonina. lvan=19 SAVON121, Yevgeniy Fedorovicb; SINELEV, I.
--- -- I ~
[Economic accountability at enterprises of the Penza Econonic
Council) KbozraBehet na, predpriiatiiakh Penzenskogo oo-7markhoza.
Penza, Penzenskoe knizhnoe izd-vo, 1960. 24+2 p.
(MIRA .14:7)
(Penza Province-Accoitnting)

r, c r) w
(55-57)
f:VP u." f
~ilfte.,- ru )tare i v 'ol! occurs ~:.ft~LT I' to
5," :~!Ozt~-s Gf t L P.:
ut rn
t C- ils V- s tudj, E~ c',- ~i L~ 11 .. c d f
F~ i- S zipl~ re. c s w[) F I;,,
of s V.,n CL, C.
t
:.Orc
t t v
L)L-
(i L
a
P-.`,tr freciuent -:Qf--rt~ 1, l ni~t ",eer.
,-,ruved ey-)e--
So: :,:C-

GLKBOVA, A.N., uchiteltnitsa
The school zooln~V study rooia. BiOl. 7 silkoLf-, Y-D 158.
(101A 11:11)
1. Krupotakayn f3rodnyayR ehicola Inipetskop rayorni Kurskoy oblAsti.
(Zoology--Study and teaching)

BARANOV, A.A.; RUNIN, K.P.; (jL713CJVA,
Kinetina of the second :3tawp o!' graphilUzing, c,uit. iror, 11iUl
spheroidql graphite. Izv. vyr. ncheb. zav.; ch(irn. met. 6
no.'0:172-175 163. (:,JRA 16:9)
1. Dnopropntrov-,kiy IntOd'-ut.
(Cast iron-Mptrd2oi?rnphy) (Annelaim, n" rr~-ttnlr )

:) ' ! ~ 'I . . . Lr,,-. , , . I I ~: I . . . f~
.1 ~ ~ i .
.". . -r,~ - . I ~ -, ~'-. ~ 0 .
I . . I I
I I I t

- -~: 7 . t : ~ - .
!;UMU", :,., ., 1". -~;( , , ,
I- - ..I , , :, . , - ~,~ I '.- I-,, c .. . I
FI :-;. .

I J,.',HA'IOV I A . A , ; 6i I,.! v V A, E. 1).
I I 't i, - ,; U . 77.fif .. . 1, , .. 111V y.:. -,-hob.
UT, ca,- -oll - ~; - 1 ~~,
(m -,
ZU'l.; IfIet. 7 nu . 4 - 133- 10, '(4. 1 ~ !. V : 5 )
1. irlOtAt"'I'l-

, A. A.; --I'!.. , .-,.D.
(',r(-wt,;i rZ frrat,hitiz~.d ;ror u] %;. '.
I I I - Ii
point. j'.w- vys, uchel). zav.; ch,!rn. m-t. '' 1 ".1 .
('- - 1 z'.
.-I P -,
1. Dneprot e trovsk Ly :r.,! ta'L 1'~~ r-~7 ic`i- z I'll A y ~,m, t: ti. L.

- - - '. ;!I . . I ~ . . .
(-,:l ~ t j,,n at. I : : ~~
I : : , . . 7 t . . .

A N , K . i U! i- I)
-in '-Lf~ cyl: c h mal
.j,l.,:C",U:ral. changf~ -,Io~- -,r
tre,it-mPnt of cas'. iron. Dok! . AN 1, 4 no.1-84-8,5 5 165.
OrlRk 18.9)
'Im',tItut. L)'-ul,rd t t,-d
Janizat-y 3C, 196~,:.

GLEBOVA, G.D.; KOSHELEVA, G.N.
Use of FiSherla reagent in determining the srater mitlet of
certain reagents. Trudy IREA no.22:115-U8 '58.
(I-MU 14:6)
(Cheraical tests and raegenLu)

U192s()V, Voovolod A*xksove vi ell; IVANOV;
-~MBOU, l-'retu Iyanoyna: a
VII,,.idimir Vlgdirqirovich; NIKTJLIIJ. Mkolty Jyr,n(,!i4.r;h;
Alln Potrovnn; OSHANIII. I.M. , prof. , r( d. ; VU DANG AT, rad.
SnXTOROV, L.D. P' red.; ME - NTSOVA, Ye.11. , rad. -, SOBOLEVSK11YA,
E. S. , teIrtlin. red.
[Viotnw,bose-RimBian dictiowiry]
Sost. I.I.Glebova I dr. PwI rud. IJI.Oshan~.w) L VL lb--q, Ata.
Okolo 36000 olov. Mon1m), Goo.lml--vo :.nontr.,J rintsionolln7kh
nlovnroi, 1961. 616 1). (JUIB 14.4)
1. Vostochnty~i rednktBiyn GoL31idarE3tveniio;-,o A7,dnt-,)I'Stv;i I
atrannykh i natsionalInykh slovarey (Ili)r Yo.B.Zalpntno-rp,
S:10ktorov).
Onnsmose

I

Chemical Reagents)
~ I - 1 1. .,. -
11 F - -1
I - I -
. : ; .1 . i ~ ..; . ; , , . I
r,. ~ ! . " I , , .,

BEREZOVSKIY, V.M.~ GLEBOVA, G.D.
New reaction of' o-phonylenudiaminen witi, vlcl,~rlc ticid. DOkl.
AN SSSR 143 no.6., 1341-1344 Ap 162. (MIRA ll~:/,)
1. Vsesoyuznjy naiichn(.~--Iqslpdovptpl'qkiy vilrvninnji inntLtut.
Predstavleno akademikom B,A.Kazanskim.
(PhpzVloneiinmi no) Viobiric !icid)

d of oynthesizing alloyazines. (;ond(.jnsAicn oC aromatic
s with violuric acid and it3 thio analolls. Dc;kl. AN
no.2:355-358 S 162. (MIRA 15:9)
1. Voesoyuznyy nauchno-iscledovatellskiy vitamirmTy in5titut.
Predstavleno akade-mikon, 9.A. Kazanski-m.
(Alloxazine) (Violuric acid)

ar,

tMITUTOVA, K.M.; CLiCWVA, G.1.
r- , - , , *
Amount,t*~~'M-O"kle compounds in Podzolic noi-A In Poncow Ewith
summar7 In English]. Fochvovedenie no.8:45--52 4, '58. (MIRA 1l: 9)
1.14oskovaldy gosudrastvannyy universitet.
(Moscow Provinco-Podzol)

. S . ; CTL,-~, I-'.3(-"','r A , 0, 4 1 0 P- %1 -1 , K . ye .
Anallysi E of' the di.,.i !.r Ill, ~i t I on )f in
the fjcil 7p, (if ile baaed j,,, tho c1 I rvol c-, svwc ~.ra .-h E.,
shkolyl `o1. riaul::L 1.? ':'22 66,
0-
Nai~ch. v,
id
14) ta.

USSIR/Geology sq)),Oct. 29,17
Pyrites
"New Sulphur Pyrite Lodes in Mir-elia," G,. (), Glaborm,
7 Pp
"Razvedka Ned-T" No
In 1940 - 1941 work uader the ~Luthority of the 1,-xn:in-
grad Geological Administration uncovereil a n9w MULL-
phur pyrite lode in the Segezha region of the Karalo-:
Finnish SSR, some 15 kilometer:3 from Kaobkoma. StatIon
on the Kirov Railroad. This region is I:noiir- as
Parandovsk and the lode has bean named lbr:j Par&-qd.oi,sk
Lcde- Presents a geological mip of the araa
LO 27745

GIEB OVA, trans Istor]; EELENTSOV, V.A. [trauslatorl; IN-Allov, Y-V-
[translator]; M01OVINOV, V.P. [translator]; IIIICJLFU, 11.1.
[translator]; SOLTOVA, A.P. [tnfinlatorj; 17RIYO.4011, Y., rod.;
DANILINA, A., tokiin. red.
[Progress in the routoratton of' the natLonal ecor,omy of the
Democratic Republic of' Vietnam, 19-55-19.~61 Unpijlc~l 7oastanovlantia
narodnogo khozi.-sistva Demokraticheskoi Respublild Yletnrsm
(1955-1956 gg). Moskva, Gos. izd-vo Polit. lit-ry, 1958. 271 P.
(MIRA 11:5)
(Vietnam. North-1;coriomic nonditions)

USSR/Zcoz~am sitolo,-y - Parasitic Worms. General Problem. G.
Abs Jc)ur Ref 2~hur - Biel., No li, 1051~3, 48179
Author Garkp~vi, B.L., GletQv'1,-,1.:L'-~A-
Inst
Title The Eovelopment f)f Cestsdc.,; Ilyi:iciiol~,pL, fv.,-,Lrn:i
1906) and Lf~ ~.enoleLis naw~
~~f White Mice.
OriFt 1:ub zool, &., 11057, 36, N-~ 7,
Abstract by mcan~'-, of dirwectLon (-,,' whLte, mice,
by H. 'L'raterna arid infcoLcd ex-peririentally with tb(--
(j, ave 1~c!en asce~, tz~nA
this i~Lirasite and If. nai-,a, -,here hr
the r.'A~Xation of the of hyr-enolepis (apparertly!
durin_ f-.uperinfestatijn) and their Lzowth in 7hc iie~e-ntcry
tic 11 ~d
~)f thc 1r-,phati,-, the ETowth 1.11 t
the larvae TjaGs throu!,h -,ar.e staCps, Di~ly at
rate.
Card 1/1

3:E30',jjI,, T. va., C-,nd Vet Ved -- (diss) "Dorivation of the attontuated vaccine strain
of bird pastourollas by tho inothoJ of subino~:~uiation of guinea p~jrs." St~~ivropol I , 19i-A,
15 pp; (il-lin-i3try of A.'ricu!Lure RSFSR, Stavropol' Agricultural Ir.:ititute); 150 copies;
price ro'. .-iven. 50-60, page 135)

MASYUKOV, A.V.,, veterinarnyy vrach.; GLLBOVA, I.-Ya., veterinarmyy vrach
Living vaccine against Fasteurellools of poulti-jr -,nd mate.--ials on
its testing . Ja 1.1.
Veturinarila 38 no-1:-'+'i-51 (MDIA 15 -4)
I. Yrasnodarskaya nauchno-is.,iledovatellskaya veterinamaya stantsiya,
(Chicken cholera) (Vaccination)

v .-l r r F1 -
1 1 ci I i v u i ly-

SCROKITp Nikolay Stepanovich, slesarl-mekhanik; GLEBOVA, L., red,,;
TYTRWEVA) As$ tekhn.red.
[A story about workers' pride] Rasskaz o raboebii gordooti.
Moskva, Gos.izd-vo polit.lit-ry, 1962. 54 p. (10-U 15:4)
1. Baltiyakly sudostroitelIrVy zavod imeni Sorg.) Ordzhomikidze,
Leningrad.
(Leningrad-Shipbuilding)

YERSHOV, Petr Nikolnyevich, GLEB).VA, L. , red. ; GLIULSEVICH: Z. ,
tekhn. red.
[Chemical rninbowl Khimicheskaia raduga. tomerovo, Komaerov-
skoe knizhrioe izd-vo, 1962, 181 p. WIRA 16:7)
(Dye5 and dyeing)

GLEBOVA, L.
Authors of books are industrial innovators, shakh. 11
no.10:41 0 162. (MIRA 15:9)
(Coal mines and minin:-Technologicni. innovations)
n

11 L" F.
"LEBOVA)
"Hyciene A-)-,)raLsal of the I)ecentrali7ed 'Exhaust, 7entilfil-irr. in Pr I .
- . - -- I ouuc-nf,
Hayon," GiF. i San., ':o.6, ll,)L~q
Inst. Hygiene and .-jf LispaEe, J~--E 717,,S--'T,
ints. Gen. and Gomarunal

Perm"ble toleritace of bydragen su)fide In tho aline.
phete. L~ F GIO.- (,if 41 1 Nina 1950, No .(,
I~l 2L -Expt, iflichildni, L,pf (,I --ml,d
"Ith Vt'ww pliw, Alu-) typ)"I mlll~llv .1111 wit
~y it iptotm c,iuwd b I I w, i,., it y .,),, t -if I okk m4tetul,
bv the mw)w", d.01mg. Di, vinproul, ."'. Iv.d,ill
"Ith"ovil dirtit of C~. 1-I o- r Ii kill, ~11,1 His coucin m
ItI,mr r, th~- ii.,Q4 i? W. all, , ii, ,, ,,
I'll I Apj liv vu ihi", l~ -
)( th, .-Al "'w'. of If's I Ill. ."Im ph"i d
to tr4tisfer the tiur~rig lit it tl- aq-t-
III, lit C. M Kolobj:"I?

GLFBOVA, L.F.
All-Ruasian interdepartmental conference on coordinc..tion of sci-
entifid research work on air pirification of industritl fumos.
Gig. Sanit.. Moskva 110-1:55-56 Jan 51. (CUAIL 20:5)

GLKBOVA, L.F.. kandidat meditsinskikh nauk
Use of lowered ash catchers for removing floating ash from gasea in
boiler rooms and electric power stations. Gig. i uan. 21 no.6:72-74
Je 156.
NLRA 9:8)
1. Iz Glavnogo oanitarno-epidemiologicheakogo upra-rIenlya Minister-
stva zdravookhranoniya SSSR.
(SMOXX PR19VX14TION)

GLEBOVA, L.F., kandidat neditsinskikh nau1c
Detection of dust In nonferrous metal industry. Gig. I oan. 21 no.8:
56-57 Ag 156. (ML,A 9:11)
(DUST
of nonferrous metals in air, detection Ji removal in Indust.)
(INDUSTRIAL HYGIENE
dust of nonferrous motala in air, detection & removal)

w.-

13 7 - -:18 -1 3 1)2
T ran s la t i on f roal R v fra t, 11 1y y Zill I r Ila 1. Mt,-t I I t I 1-~ i vit, r 1:
AUT[ 10 R (; I f~ h() " 'i. I .. V
T IT L E: Sanitarv Requirernerits for Purification, of Exhaust Gases ;,or
.1-I'MIS Metallurgy Plant.-; (s,illit'irlivve Irl
Nollf( pri
ochistkt, ()tH1')dyas)lt:llildl gaz')v zavodov tsvetiloy ril-tallur';1l)
PERIODICAL: Sh. niatcrialov po tsv~~tn.
Moscov., N-letallul-gizdat, 1957, pp I i- It.,
A BSTR ACT: Illve sti L!At lons of tfiv liolit'l-l-l-ous rnctal-dus! cout''llt Of *~~v
atmosphere in areas adjacent to nonferrous nit-talliarqy plants
have shown that the concentration of nonferrous rnetal dust .ri
atmosphere is 100-20V~ higher than in the xorkshops. 1-
is proposed that methods be developed for the rernova'. of non-
ferrous metal dust from the air. Ili particular, pro:;pc-:*ts
f~, r al r pil rifi( atioll hy 111rall., ()f pre, 1pitat Ion fillc 1-:~ ~i rc :ic-tcd.
Y e. L.
LIT

GIABOVA. L.F., kandidat meditsinskikh nnuk
Present state of purifying industrial refuse relf.;jaBed into the
atmosphere from nitrogen oxides. Gig. i san. 22 tio-5:93-95 my '57.
(NITROGEN, (MIRA 10:10)
oxides in indust. dischargeB into atmosphere,
purification (Run))
(AIR POLLUT ION,
by nitrogen oxidma in indust, dischar6:es, purification
(Run))

L~h

-GLXBOVA, L*T*,-~tarshiy nauchny7 sotrudnik; MUROVANNATA, S.I.,
starshly nauchnyy sotrudnik
Third All-Unlon Conference of E(yrianic Protoction of the Mr.
Gig.1 san. 25 no.1:107-109 Ja '6o. NIRA 13 :5 )
1. 1z Instituta obshchey i kommunallnoy piglyar-y imoni A.Y. S~reina
AMN SSSR.
(,AM--POLLUTIOIT.--CO'IGRv-Sr,33)

KOVARSYTY, A.G.; 11-MOKS, T.S.; Prinimali uchastlye: GLI,'a',IIIA, L.F.,
1-1 YA1:111) L.V.; ZI'DAFWi,
a.LQI0V S. .1
PaUSTOV, L.N.) red.; irJIAYJ,I,,, tekhn. rod.
[Collection of official materials rehtii-E; to la'Doratory workj
';'bornlk oCitsiallnykh materialov po laborO,arnormu delu. No-
okvti, Book 1. [Manuel for laboratai"y do(~tors, sanita-
tion and eplde:-iologist~.,Ij 1; uomoshchl vrnchan~-
la', -o.-antar., ,,,--,nitarnyr, vrachor. i vraclhw-~e F, i6(-::m i(:) lo Cam. 1961.
1~62 p. (ITUk 15:2)
LA),',ORATO:iIES) (DIOLOGICAL 1,ALG.IJi,U.,I-,I':-)
(CIE11CAL Ukb]RA~-)ORIES)

I': A A
r,: U!-; 0 TSOV A
.-,A' A, 1. taklir:. refft.
or. the ci-I. n",.-atinn of reoearcli~
.2 ,ollution alir !Y~ th-c 0 1 th,-~ o "C.- (. t ():, atl,.(Vl~ !.-,:,:Lc
on thQ ind :- P.*tni,. ,inri nv.--i-nac _i"'
111 CCI
iion,~ of tb,, j.,Dpul%%-,donl,
sa-
izuchtmiia vliir.,riia a-,r-.oJ-'erm'-.h za :-iizn(lnU 1---
zl,.izni
-,,A 16:22)
I. .,u -Aa U 3 sa-
nit
nitarn~.ya i r. z p e k ti-.a.
in.--pektor ~;osuu-'arstv--anrl-y ::an-'tal-Pv)-
z~ravookhrancniyn ' :~SS`l (for l.'edo, T~:,cliemk~)
- Pollution)
(.Ai- -

~'Is inry an -,lc-ctr.:m ~i cr,~z-
Tr7,r.-,F L 14--it o,," ti,~ ih I
in 'Lw-t~ :ln ,,AL
In!

iiF
J
A
r
AUTHOR: Glebova, L.I. Engineer 67-6-2/23
TITU,': The Ef'fect Produced by Heat Production Upor,. the Dynamics of the
Adsorption of Steam (Vliyaniye teplovydelcniya na dirvurliku
ad.,;orb-tsii vodyanogo prLn)
PERIODICAL: Kislorcd , 1957, Nr 6, pp. 11-18 (USSR)
Received: April 7, 1958
ABSTHACT: In oxygen production active nlumina is used az adtiorbent of iiteain
from compressed air; as the ad3orption process is acooincanied by the
development of heat, the endeavor is made by thin raper to deter-
mine the effect produced by this heat on the dynamics of the adsorn-
tion itself. In the chapter: Experimental data conc~e_KpinL d ~rptio~n
dynamics the protective effect of the height of the layer of active
alumina on heat emission during adsorption is discussed and compared
,xith the penetration velocity of air into the alwaina layer and the
heat adsorbed on this occasion, which is sho-wn here in form of 3
diagrams. In the chapter: Calculation of the kinetic adsorption C07
efficient it is said that the adsorption isothenrz of steam by an
active alumina layer is a curve which can be coarcuted according tc
C a rd 1/4 the following fermula-

The Effect Produced by Heat Production Upon the 67-6-2/25
Dy-mjaic.,i of th(-,~ Ad3orption of' :jteam
514.
Co
whcxe- c, c0 denote the concentration of "Ite,1111 at Ulf.- output luld
input on the adsorbent; (),) - tht~ flow velocity of Steam; the
time needed for the work; the error integrals; ad-
3()rl)t!Oll coefficient (it-(lynamic nativity) . lind )(.fi)t!tk)c Co-
efficient. In the chapter: The heat wave in the adsorption layer
the effect produced by heat sepamtion on the adsorption dynamics
is dealt .vith, and heat propagation is asstuned to be a function of
timc. As a result of the statement made the following in said.
as the adsorbcrs used in industry are provided with heat insulat-
or-j and because the surface concerned is of little imrortance in
comparison to the adsorber volume, the lois of hent in he atmos-
phere is not taken into account, and therefore the maxitaim. temper-
ature along the layer is considered to be const!int. Todes and Lesin
[Ref. 5] distinguish between 2 different cases of adsorption:
firstly, if the velocity of the heat ~-rave is greater than that of'
adsorption, the heat effect of adsorotion exercl.ses no i-rifluence
Ca rd 2/ on its dynamics, -ahich is al%-iay3 the case if' hy'fropUle adsorbents

The Effect Produced by Heat Production Upon the 1) 7
Dynamics of the Adsorption of Steam
are used; otherwise, the temperature curve N-13 .:t filaXiTZIM. at that
point of the adsorber which corresponds to the position of the ad-
sorotion front. In the chapter: Calculation of the heat conductiv-
ity coefficient Croi.i the adsorb~.-r to the i,as f,h,!- nitio:
- -'-- ___ ___ - - - - __ -"-Z.
Nu = 0,23ReO,863 is given as a rule accordiro.-- to zledorov; this rule
governs the Re-values of 15 T' 160. In the chapti!r: T~(., erfect pro-
duced by the heat conduqtiviM_.coefficient upon the distribution of
i~jat in the laye it is said that this coefficient is uoually in-
si,~nificant and that therefore the development or hent, by adsorption
leads to the heating of the layer, -ahich 1. connected -;:itli the dif-
fusiona-1 progress made by the vertical adsor~:ticn Crent. In the
course of computations the vague of the heat conductirity coefficient
of the volume = 0.0027 cal/cm-~ sec.OC is obtaine.-d. In the chapter.
The effect T-,roduced by the te )erature of the I
M ir ~ 1 rig o' the adsorbent
an its adsorntive powe it is shown that the said adocrption power
4L3 reduced considerably if the adsor~bent is heated, ahich must, of
necessity, be taken into account when calculatinj,, it:3 dynamic ac-
Card 3/4 tivities. The conditions holding for such calculfttiona are given.

I
"'! -1 ~
The El'fcct Produced by fleat Production Upon the ~,
Dynamics of the Adsor.ption of Stearn
I
Them, are 7 figurfm and ll~ Slavic refercucem.
AVAILABLE: Librnry of Congress
Card 4/4

C, 17 'J.1 pIt 1, .-c

-q 0 "o 0~ -1: 1

T
I j L 4 E J) C, U .1 J, U I

ill .1 0~-j P~,2 11 j~.i S q, LZ 7.~ Cl!: UT 0 1,"j.7 ~~j V

4 1.1 J,
7' IT LT, I IT,

L
Obla&
i ff,~rtm t
ta 1
A
L VA 11, !Z:
1. AlMin a.-Ad 3 o.~~pt ilo-..~z -A ppl 4-c, at ion c2. Cfarairdcs

AUT.1-T, R; b 67- 1, 6
T I T T,:.: Z!. ~:Ii. i c C C)i 11 t ti. C I I lza~-a k 011C 1-1 tri t L i Im
St.u:.y District:
i c i i: I r, t r, ib I u- t orr_-grenerate the soeberit iri thu dryiii;.7
~nZ hOt undrI(A air fron the 1-djr..-prQz!nure
1).y blaw.
:ncr;i tion cn,!-i b( c, rricd uit by of
r. 1-t' toi- t1if ofalin, (.X ti-,(.- ad--or- Tit d q
i9 it pos!;ible to fmn.t air ir,
'I r(- -:,.,~ratirii of a1w.toCc-I aiid silica el.
~7
fro-~i 'lie -idso ic- Id
s-;rr. hen rbent t'.Ie
_L 'I;-Z_,:._,2 U~, to I a ,Cc' ih,~ii the adsorbent in fillcd .,,,ith silica
in th-~ ~a~:~ of an active alw.,dna filling ur to 24C-260cll.
proces:, of r2b~iinr-,itLon c,,,.ii be loelrcd uron as Ccur-pleted if the
P 0 -
T i, j~it the outpoir cf fUi,_ ~Idscri~cnt has it tum crature of cc,-T R-
Car,] 1/1-2 fillirl~,,, 11A in the case of ,Ii,, activ,, alui~.'.iia filling

Teclhni,-.~il to Hca,.Ior %.Ilultior.3 7- 1,9 - 3
, c
il -.-clc.
+
For regfrier.-ttion Of
cf !~,:i -~3 riccc,-,!3 ry
,j oil t)f Ilic :Ad2or~icnt in tht: ilryirv- t10-1,
Of 3 u, (2 d
car'.1

AU i'R R: ';lo:b-,)va, . I., EnZince r
TITLL: R,~rJy to i~(.adcni ( 6) (0 tv,~! ty chi tn tf
FERTODICAL: Kislorod, 1'.-11)F), 'i'l. ji., TIT), lilt (n,~Iz)
Ll~~;TACT: To: A. ;. Apo3toiov ol' Nikolnyev oblast).
(1uw(*Ct1Cr1: ,i~lich is the hi~,,hest posnible uow~eiit o.t moisture of
silicca gel and activc alundrut. ahen wicil dn orying blocks ' *-
An2-aer: Undt.r werking conditirmq active "llumilin, 11n. ~Idnorbtmt,
absorbs zitcimi in quantities of' of its diy weight; with
Silica WC1 this is thc .;aze up to 6-9%.
.,,ut.,jtion: Up, to uh-at tc-np~-,rawre should silica gel. be heatu,~ for
the run)(,.je of ? Ann-amr: In t.ll;s cane the oilier
filliiig -1:-, blk-0-an throuj,,h with nitrogen Iv:p-tcd up ~o P.
temperature of 16C-;-'C-COC Md with a velocit.y of i Ln~4/cm~-,.
~.,u(:jticn: chat dangt:r -.xi3ts in connection Tdth the conveying of
dut from adsoii)trJq into thf~ fractionati.ng tipparat-us "
Ansvicr: Crushed partic1cs of active aluridna or of' silica gel can
in this cnoc be conveyed into the fr-actionzating apparatus, wher,!
tht~y might sicl, to the plates of the av-.anttus Lf they contain
Card 112 de7"o---,tS of at; tL~s Trny disturb tht! on,,na-icn of the annanat-i~.

R-?iD-!y to Readers (01)
11' th(~, rrune particl(;s
o,' thc-ls~
stick to the bottom
;~alvtj may be dizLurbed
A vernt~dy awga.Jrizt.
I
r-ami -ni IC I-(: t`l-
P3077,167- 58 -4-23/ 29
of' stop vr:.-Ives, th,~,
::o that pmmat,-ar,~
~~ :L~'VW'l
th:,,i 4 ;j
d V;., , 'I
-",-;-Ii,2on ri-Laxide-'Propertics 2. SIlicon diaxidu-
FrccossinF, 3. Silicon dioxide-!!nzarls,
TITI-E': Silica Cel
Card 2/2

50 ov/

,'J;THORS: Mir oslavskaya, Yu. A. R
of Technical Sciences, GlAQva, L. 1, ,
TITLE: Gasifier of Liquid Oxy,~en INith Vacuum. I111~111'-A'ior
zhidkoC.o kicloroula s vl.'~uumnoy
PERIODT('.',L: Kislorod, V`5-3, Nr 6, ',)1) 0 - 15
ABSTRACT: Th~-- gasifier mention-I mainly con~i--tn of' t-.-ic cancentric
balloons and a vacivim 1-t-.-ieon T,i,-- ~rnt~r r-lon hf-.~
capacity of 25 1. A funnel len!q to it, ;;it,i ft t1lbe for t,ie
supply of li~piid oxyl:-on, v;;~ich ~;tirv(!!: tl~2 of
-plus vt.-,, -ube f")r
dischar~,ing the nui. - or, anA L ..fjod ~,(!--!d t
vaporous oxy-en from tho r0ceivcrs f,)r t!ie Cdrot ijz-~)dnc~ion
of overpros~,ure. The inner li-.uid oxyl,~!r f'-d tul,~ also E~(!~... r-:~
the purpose of t'.k~ oxyfien linto
absorbing device ia faetened to th, oi;tc--, of the inner
balloon to aboorb :,,ny o)r.,v,:Pr, thit lni!:~' '.r, 1(~,11- t-J.-'y
cracks or pores. Th,. .,;holo device ~~nd th,~ innor balloon
separately were c:iec'~ed by mearns of
strument of the PTI-4A ty!ie. 7;,ore lr-.!,.a,-e -u-is f'oun~! to

Card 113 from the inner contriir-,r, -,,hich -.n.
- 'o I.' ~ n.~Olic:.tiwn -)f

Gaci f i er of Licu id' Oxv,--c-n W; t 1 1 V
ab!, -i r 1- 1, n ~~ c e;7!; ~ i-y. I ri vcq
t ltt~ --, f f. - t i v on(! i-
on t -r- i re n (I r - _,-; 2 111'(" 1. A
provo,l
h ,j f vi c n
v,i t i o ri ot hc Ii. ;iit! -n c n 11.,c1, n
th" hl-~tf' 1)'~ 1 1 t IIvi1,
t h. i ss c - 1 cil
tf-.e tc. 1)12'r
~lr:ll Of t~!-' Ollt;:T' 1-f ll!~ ,If'll-1
t c-,jt
-C
for t Ito d i1"'!
ullcul-t to
Icc n 1 /hou r
Card 2,"3 th~: v- 'i Aion fr -r: r

la-~if i,~r of Liqui~! Oxy :en
ti-ron't tl.o Cunt. .1 r..
r a n~-e of +20,0 -.1 0
Ox 11 V,-~.7;Orl
4 5-
I. oil
card 31"i

j

0

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T IT LE:

US -'R)

3 S 2 RA c

3 .3

1 ~2 Yrzl!
rro r

T! u, r. it
3 te a 1
-

4
!I j rj I
J f r i J 0 11
n Machine-
atild-UlL, lndust:~7,r
Liquid, c,-r*t-,,,.riAl,D.-~i(l-!-."IoiL;l~,-ii-,~,, con~efif, 2. Hum.'d ity-Measurement

KAGNER, M.G., kand. tekhn. nauk; GI&WVA.. L.I....inzh.
Thermal conductivity of insulating materl-als in a 7acirm. Uplorod
12 no.1:13-18 '59. (],'IqA 12:6)
(Insulating materials) (Heat-Conduction)

XAGANER, M.G., kand.takhn.nauk; GL3BOVA, L.I.
Vacuum-powder insulation in vessels for liquefied, gases. Truilly
VNIIKIMASH no-306-50 t6o. (MIRA 13:9)
(Liquefied gases) (Insulation (Heath)

Teci. jc-". o--" Pro-
cess f)f Dryi.-I lUr :)v Actjj,,i*.~~:,. lumina, " ,.o: 1
"OE;Cow Incit. Of oi,erli. ou;)Lx~s (KL Qujp

GLEBOVA, L. T. , end KALATTER, M. G.
"The Effect of Various Factors on Illeat Transfer Through Porous
Ma-t,erials In Vacuum."
Report submitted for the Conference on lleaL arid Mas.,, Tcaruffe-r,
Minsk, BSSR, June 1961.

KAGANER, M.G., kand. tekhn. nauk; SFMEIIOVA, R,S., inzh.1 GLEBOVA, L.I., inzh.
Expanded perlite sand an heat insulating material for appiwatus
operating at low temperatures. Trudy VNIIKIMASII no.5tI09-.118 162.
(HIRk 18:3)

64 8,90414 -,1,2-.
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