SCIENTIFIC ABSTRACT TAGANTSER, K. - TAGER, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754710016-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 16
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

66-7-8/16
The Influence of Soluble Admixtures on 111ae Crystallization
of Ammonium Sulpha-te Under Coke Oven Works, Conditions.
crystal faces. Similar experiments were carried out, with
industrial mother liquors (filtered), the results are given
in Table 2. It was found that there was a sharp difference
between the velocities of crystal growth in artificial and
woriir.sl mother liquors at the same level of admixtures pres-
entt namely the rate of growth was hi glaer than that which
could be expected. This is explained by the influence of
organic compounds in mother liquor. To explain the role of
the latter compounds the influence of additions of oxalic
acid to mother liquor (0'.5 ,-A00 ml) on the rate of growth
increases, probably. due to the formation of stable complex
ions with Al** ', Fe** and Fe*** which are unable to crystal-
lise on crystal faces of ammonium sulphate and therefore
have no influence on the rate of their growths. It is 'here-
fore cop-cluded that organic substances present in mother
liquors form complex ions with aluminium and iron ions thus
counteracting their inhibiting influence on the growth of
sulphate crystals. The influence of temperature (460 and
60 ~) and acidity (within the range of 3-8%) of mother
Card liquor on the crystal growth was also investigated (Table 4).
3/4 An increase in the temperature by 20 C increases the rate

68-7-8/16
The Influence of Soluble Admixtures on the Crystallization of
Ammonium Sulphate Under Coke Oven Works* Conditions.
Of volume growth of crystals by a factor of 1.5. The ratio
of the length to width of crystals obtained in the investi-
gated saturators varied within 10-15, while that for the
crystal grown in the same liquors but under laboratory con-
ditions between 4 and 6. Thus the shape of crystals grown
under wo33-cs conditions depends not only on the presence of
admixtures but on supersaturation of the mother liquor. The
latter causes rapid precipitation of need-le-like nuclei.
When pyridine recovery is practiced then after the removal
of pyridine, iron and aluminium compounds and tar particles
remain in suspension. If tiie liquid is filtered then the
rate of growth of crystals and their sEiape is improved (Table
5). Therefore filtration or settling of the liquor after
the removal of pyridine bases is recommended. There are 5
tables, 11 figures and 13 referencesp including 8 Slavic.
ASSOCLkTION: Siberian Metallurgical Institute (Sibirskiy Metallurg-
icheskiy Institut).
AVAILABLE: Library of Congress
Card 4/4

ZARP:I';KTY, Yu.S.; VASPOPOVAI L.'J.; AV['.'CIIKO-AN'Ik)NOVIC11, L.A.;
FRIDLAND, V.M.; KIRPICHNIKOV, P.A.; TAGANTSEV, A.V.
New thiokol sealers for the construction indust--7. Stroi.
mat. 10 no.3:8-9 Mr 164. (MIRA 17:6)

AUTHNS: Tagantsev, K.V. a.-& Terenin,
TITLE: Effect of adsorption of gases
oxide. (Vliyaniye adsorbtsii
okisi tsinka).
A.N.
51-3-U/24
on luminescence of zinc
gazov na lyuminestsentsiYu
PERIODICAL:"O-otika i Spektroskopiya" (Optics a-ad Spectroscopy),
1957, Vol.2, No-3, PP. 355-360 (U.S.S.R.)
A3,STRACT: Continuation of uhe work of A. N, Terenin, V.Gachkovski.7
and K. Ya. Kasparov (Izvestiya Akad. Nauk SSSR., O.M.E.N.
(ser.khim.), p.805, 1936; Acta. Physicochimica U.R.S.S.,
Vol.4, P-521, 1937; Doklady kkad. Nauk SSSR, Vol.28, P-515~
194G) on quenching;- of luminescence of solids by gases and
to
vapours. ZnO was deposited on glass or metal plates and
heated in vacuo to 200 or 400 C. It was excited by a
mercury lamp. A uranium-glass plate served as a luminescent
standard. A differential photometer was used to measure
the difference between -the emissions of ZnO a-rid of the
uranium glass. The emission intensity was measured usin-
(a) short exciting light pulses of 10 seconds with at least
0
minute dark intervals and (b) continuous excitation,
Card l/ 2 Pulse measurements showed that adsorption of oxygen, ozone
(produced by electrodeless discharEes), water vapour allid
quinone vapour on ZnO, which was vacuum dried, produces

Effect of adsor;---U-L*,)ri of Lcases on jum-iiesce-n-ce of zinc C; 'a
(Cont, . ) 51-3- 24
quenching c--,f luminescence at adsorbed 6as or vapour D-,,:-essu--e-s
from 0.1 mm H- u--owards. Continuous excitaLion inc-reasea "ne-
emission intensity of the quenched samples as lon;:- as the
excitation was apolied. When the continuous excitation
ceased the emission feel to the oril.,lir--al tiuenchea value.
This effect was ascribed to photodesorpti-on of tLe adsorbecl
molecules. An energy level scheme for ZnO is r-t-iven. This
has two local levels in bhe enerGj- ga-D7 an uDr-ler one with
k
excess ~n atoms (dark conductivity cenzIres) and a lower one
,,;ith Zn ions (photoconductivity and luminescent centres).
Adsorption of 0 21 031 0, H 20 and ouinone Droduces a di-Duble
layer and more electron trepping levels at the
ZnG surface. The results are interpreted in terms of the
Card 2/2 above energy scheme.
There are 9 figures and 13 references, 11- olLf which are Slavic.
S-U-BluiITTED.- October 6, tD.
195-
ASS'Q-'CIATION: Physical Research Insti~ute. Lenin-rad State. University.
(Nauchno-Issledovatellskiy Fi-tcheskiy Institut,
LeninGradskogo Gosudarstvenno,-,-) Uiiversiteta),
A',i.ATLABL---:
A:I

SUBJECT: USSR/Lumineacence 48 )- 16 8
AUTHORS: Tagantsev K. V. and Terenin A. N.
TITLEs Effect of Gas Adsorption on Zinc Oxide Luminescence (Vliyaniye
adsorbtaii gazov na lyuminesteentsiyu okisi tainka)
PERIODICAL: Izvestiya Akademii Nauk SSSR, Seriya Fizicheskaya, 1~157, Vol Z1,
#4, pp 525-527 kUSSR)
ABSTRACT: Dry oxygen has a quenching effect on the luminescence of zinc
oxide trained at 2000C under uacuum. Water vapor also causes
quenching. Oxygen and water vapor combined have a strong
quenching effect. The quenching intensity depends on duration
of illumination. When illumination lasted long, the lumines-
cence after being quenched arises again. Oxygen subjected to
the action of electric discharges causes strong quenching.
The luminescence, once quenched, arises again at continuous
illumination. Low-pressure quinone vapors also quench the
luminescence of zinc oxide, which appears again at continuous
illumination.
These phenomena can be interpreted from the viewpoint of
Card 1/2 electron capture by negatively-charged adsorbed molecules.

48-4-16,"48
TITLE: Effect of Gas Adsorption on Zinc Oxide Luminescence (V111yaniya
adsorbtsii gazov na lyuminestsentsiyu okisi tsinka)
In a discussion that followed this report A. Krasnovskiy added
that acidification of water intensifies its quenching abili-
ties, and reduction in pH toward alkalinity decreases the
quenching effect.
No references are cited.
INSTITUTION: Leningrad State University im. Zhdanov
PRESENTED BY:
SUBMITTED: No date indicated
AVAILABLE: At the Library of Congress.
Card 212

617. EFFECT OF THE ADMRPJ= Or GASES ON THE

kI. Akad. Nauk 3 0 0
An aqueous i spension of Zoo obtained by burning,ft In air
was spread an glass plazles which were then heated foZ ""ral,_
hours at 200* or 40(PC
d
t
excited by a Hg "p and measured with 1,
The measurements were conducted (1) after continua amin.11"lon.A/

r short (10 see) Illuminations with dark intervals of -
lmd (2l afte
a: 5 min, with or without added vapourm or gues. Dark-period
adsorption of HO or.0, was found to quench markedly the lumines-
cence; a, Wticularly Intense quenching was shown by quium and

ft *" shortly before subjected to a w
by 0z whk 0
chaC114540robably OJ. The luminascem of Ignol Iquenc Y %
during shad I'luminAtIo", was ImA to fl"s ;V at higher 0.
pressures and continuous illuminallon, this phenomenon being
reversible amd probably due to photodesorption, of 0,; similar
behaviour was found with 0;. UzO and quinme vapour. A tentative

S/04 B/ 6 1/02 5/004/009/048
o B 10 4, /B 2 0
AUTHOR: Tagaritsev., K, V,
TITLE: Extinction and flare-up of' -'Luminescence of zinc oxide unJer
the action of adsorbed and ~aDillary-t-ondensed vapors and
~aa s e s
PERIODICAL: Izvestiya Akademii nauk SSSR., Seriya fizicheskaya, v. 25,
no, 4, 19061, 464-4066
TEXT: The present paper has been read at the 9th Conference on Luminescence
(Crystal Phosphors), Kiyev, June 20-25. 1960, and Is the continuation of a
study conducted by the author jointly with Terenin (Ref. 1., Tagantsev K V~,
Terenin A. 1%, Optika i spektroskopiya. 2, 355 (1957); Izv, AN SSSR, Ser
fliz., 21, ',~25, (1957))~ The object of the investigation was zinc oxide,
produc~Td bir burning zinc in the air, and subjected to after-treatment in
J
some i-ases .The specimens exhibited either a green. luminescence band " ith
a maximum at
anou~ 510 mLi, or one of the bands Drevalled. During the
ex-.)eriment the Zn,5 was trained in high vacuum for four hours at 2000C, the
lum-ln~scence was excited with lig radiation, and the intensity was measured
C ard I i" 3

22160
S/0 _18/6 if"02 5/004/00,:;/0'4a
Ext i n- on and '11,are -uc, B 10 ~-'/B20 I
,A 1 tn a J :ffe ren t ial t ome Bier W-1h a view to exclud,ng an effect oll'
t !i po n t he t, :~l t em !ibsor ben t - absorbs t e, 10 -second 'L1 a3,-,eS ie rc empiryed,
with Pauses of a I lea s t -D minu tes in-between The follcwing results were
obtainel: ni*roaen oxide extinzuishes 'Luminescence in short-time
exposure, a growth of luminescence is observed on passing over to a lontzer
exposure; 2 acetone - and benzene vapors have a simi lar effect 1120, CO,
and CO2 exhibit nc. effect upon luminescence., The possible mechanismsof
these effects are diSCUS3ed. The emission of luminescence radiation from
the luminescerce centers which, like the conductivity centers, are regarded
as thermally lonized excessive Zn atoms, takes place by recombination with
conduction ~leotrons, Extinction takes place iin the following manneri the
adsorbed nitroizen-oxide T,-)lecule captures in the dark an electron from the
conduction bani, -,m.-hich gives rise to a bending of the bund and to an
impoverishment of electrons in, the conduction band I.?, the surface, The
recombination -robabil-ity is thus reduced~ Experime.-,:s conducted by
V, N. Filimonov have confirmed this v'eT,, A similar mechanism is described
for the extinction of luminescence by benzene, It is polarized in benzene
adsorption, with the negative pole facing the zinc oxide_ '_'-iS lea4_2 to -an
increa2e o,- Ine electron energies on the surface, whereby the
Card 215

. '0
-) 16
2
x t -i n u * i ~, r, a~i r e - !-1 p
51/0481- 6 ' /02 005// 045
39 10 -E 2 0
I i i: I i ke 4 i t i ro,-hicel bY the
c.apillary cf.;r1denou-.on jf' ririd ;LC-f~tone. v.ipor3 t; t. il-t~ -~~t " I, r 1 a
o, i ni or, L.-i 11 j 1 1 --,o rre I a ted t, i t h a change i n t he cc rdIi o n s. o " J I f.Ilie -
seat tered light It had been alread,,y, es tab I i shed i n t h e -- b 0 v e M e n ,c r, e d
previous work t',,,a* dry ox,,,izen causes luminescence to extinig'-ish 1r a
number of specimens, while in others, extinction by ox~rgen occurs only 1.1
the Dresence of %aler, The latter case of extinction is explained by a
reduction of the acceptor level of oxygen on 4-,s approaching, the d--jole
molecules~ Thus, extinct~'on should also occur at hi,-,,- oorcentraticrs of
dinole molecules, i-e., in case of a caoillary condensation. Experiments
have confirmed t1,.4.g conrl--ision to be correct. A N- Terenin is thanked
for his assit;tan-e. F I. Vilesov is mentioned- There are 2 f,,F-rcs,
I table, arid h --efer-ences; ~,, Soviet-bloo and 1 n-,,f,-S-,)viet-b1_o:;
ASSOC TAT 10'~ ~ Laboratoriya fotokazaliza Leningraiskogo gos. uriversIteta
~m- A. A. Zhdanova (Laboratory 'or Pirotoczitalvsis,
Leninr~rad State Universi-:T imeni -' k Z:,dancv~
Card 5/5

;.,e:vat,.,s ai-
t C.

USSR/processes and Equipment for Cheraical Industries-- K-1
Procasses and apparatus for chemical Technology.
Abs Jour'. Ref' Zhur-Milmiya, No 3, 1957, 10594
Author Tagantseva, T,,-.-P-,-
inst
Title Heat Transfer Between Suspended Ground Peat Particles
and an Air Stream
Orig Pub: Torf. Prom-st, 1956,~ No 5, 30-32
Abstract-, The drag produced by suspended ground peat particles
and the heat transfer to an air stream have been in-
vestigated. Experimental equipment and operating
methods are described, The drag coefficient in the
region of Re = 200-4.9000 is practically independent
of the Re and varies irregularly between the limits
0.5 -and o..E3. The heat transfer is adequately expressed
by the equation Nu = 0.32ReO-9. On the basis of the
experimental data obtained, marked differences are shown
to. exist between the values of the drag coefficient for
Card 1/2

USSR/Processes and Equipment for Chemical Industries- K-1
Processes and apparatus for chemical technology.
Abs Jour: Ref Zhur-Khimiya, No 3, 1957, 10594
Abstracts irregularly shaped particles and the drag coefficient
for spherical particles.
Card 2/2

.--
-7-116,'W 7-5z~-- / 7,-' /-,

TAGANTSEVA, T.F., kandidat tekhnicheskikh nauk.
Method for the calculation of a vertical-tube gas-fed dryer for
milled peat. Torf.prom. 34 no.5-16-18 '57. (MIRA 10-10)
(Peat--Dr7in,g) (Drying apparatus)

14(10)
59-4-3/120
AUTHOR: Tagantseva, T.F.
TITLE: On the Problem of Drying Gypsum-Concrete Panels (X voprosu 0
sushke gipsobetonnykh paneley)
PERIODICAL: Inzhenerno-fizicheskiy zhurnal, 1959, Nr 4, rp 15-20 (USSR)
ABSTRACT: Construction engineering employs now an industrial method of
manufacturing gypsum-concrete inter-room partitions, the method
of rolling. 13 owever, the capacity of existing plants is limited
by the efficiency of the drying installations. Therefore the
author undertook an investigation of the drying process with an
aim of its intensifying and establishing the optimum run of this
process. As a result of experimenting in the Magistrallnyy
Plant the author arrived at the conclusion that the combined
drying method-is very advantageous~ for it makes possible to
obtain good quality panels and considerably intensifies the dry-
ing process. The combined method consists in the alternation
of intense heating -ii4th subsequent cooling by local air blow-
ing. The duration of drying was reduced from 35 to 20 or 24
hours and the capacity of the drying installation in the Ma-
Card 1/2 gistral~nyy Plant increased by 50,A. The parameters of the dry-

. L
On the Problem of Drying Gypsum-Cancrete Panels ~,Ov,,` -1 70- 59 -4 -3/20
ing process were the followin!~: the temperature of the gas at
the entrance was 1290C and its velocity was 2.1 m/sec.
There are 3 -raphs.
ASSOCIATION: Nauchnn-issledovatellski-Y inst-itut stroitellnoy fiziki Akademii
3 i A S3SR (S,~ientific Research institute of Construction Phy-
sics ar the Academy of Construction and Architecture of the
USSR) , Ai.oscow
Card 2/2

- - --,111-1~1
TAGANTSEVA, T.F., kand. tokhn. nauk
Intensification of dr7ing processes of rolled gy-psum concrete panels.
Stroi. mat. 5 no.':22-25 Je '59. (MITRA 12:8)
0
(Gypsum) Nalls)

TAGAIMEVA, T.F., kandl.telchn.nauk
R~ie -47-i--st conference of the readers of the periodical "Inzhenerno-
17 %a Sj_j 1 zhurnal ." Inzh.-fCiz.zhu--. no.1-1:12~"227 9 160.
(MIRA 13: 1-1
(Engineer'ing-Periodicals)

BUIROV. Yu.G., kand.tekhn.naWc; TAGAUTSEVA, T.F., kand.tekhn.nauk
I
Effect of temperature and -mois't,-,re on the coefficient of heat
conductivity of building materials. Stroi.mat. 6 no.5:34-35
my 16o. 04IRA 13:7)
(Building materials-Testin-)
(Heat-Conduction)

TAW-MEVA, T. F.
.LqE Optimum Regime of Drjing of Hypso-conccre~e"
Report submitted for the Conference on Heat and Mass 'Pransfer,
Minsk, BSSR, June 1961.

TAGANTSEVA, T.F., kand.tekhn.nauk; BUROVv Yu.G., kand.tekhn.nauk
Heat conductivitV of capillary porous bodies at temperatures
below the freezing point. Stroi. mat. 7 no. 1:31-32 Ja 161.
(iNaIRA 14: 1)
(Porosity) (Heat-Conduction)

TAGANTS VA kand. tekhn.nau~r
-E , T.F. ) I
The optimum condition!: fro drying gyps,=--concrete slabs.
Trudy NIISF no.1:22-33 162. (I-EPA 1-5:11)
(Gypsum products-Drying)

L'11179-66 EWP (e) /El.Irr (m) Awp (w) /r Am (t) ZE1,12 (b) T-TP,f-) JD
ACC NR- Ap6oo495l,. SOURCE CODE: RU/0027/65/010/001/0049/0052
" e~ 5C 5 `~'
AUTHOR: Tavadze, F. N.; Bairamasvillf - A.;- Tagareisvili;-G. V.; Hantadze, D.-Vt
'C~
ORG: Institute of Metallurgr,1--Thilisi
TITLE: Thermic expansion of boron and the volumetric effect of its melting
SOURCE! Studii si cercetari do metalurgie, v. 10, no. 1, 1965, 49-52
TOPIC TAGS: boron, heat expansion, metal melting
ABSTRACT: The authors found that as opposed to "semimetals" which have a
boronn~~--j
value of the Gruneisen constant and whose volume decreases on melting,
volume increases on melting which is a characteristic of true metals. The volume
increase to the m1ting temperature also corresponds to the value of the
Gruneisen constant for typical metals,/ Orig. art. has: 1 figure and 1 tablei,
Lj-PR-Sj 11b
SUB CODE: 11 / SUBM DATE., none / ORIG Eff : 005 / OTH REF: 002

S
2
r
r Orming 6nd stori-d-casting of -;-eces for stc-ves by mach4nery.
c! I i ia i i I r

p.- - r-,;' Zeravs i-an, I. -- ' - p-, r al n = I,- I
-- - - .111. - - I.i- - - .11" .1.
trudy Tash(T' no.251. Tj-cc~y t,'-aucn.-ls.-.. alud, Geocr. fa.'~, - ":
I
/I --lb 164. ( ~~ -- R ", -1 - 3'.

s ~-)f' aciae
D8 no.3
po ho l r, i chria A od,
ri ti, t t,f,).rTl i i a
13 u i ~d h 1

Ve -etable gar en in Dobruja. P-34. kG-C-PLR".TlV.lCj
E: U I
(MinisterF,tvc no zemerle'i-',,,) SofiLa. Vol. 11, no. 6,
East Eurocean Accessions Li~t, (E-A-1), 'ibrary of
Z,
Cl-ngress, Vol. 5, no. 12, D~,cemb-,r 1c; 6

MRSHCHERSKIY, A.; TAGAROV, Z.
Now hIntoricageogrnphlenl datti on the Amur. lzv.Veea.geog.ob-va
89 no.lp:i5g-362 JI-Ag 157. (MIRA 10:10)
(Amur River)

TAGA112yj ., red.; PEOMiSKAYA, T.I., tekhn.red.
. _A, ; FRIDNAD, V. G
(Labor movement in the Chererakhovo coal districtJ Rabochee
dvizhenie v Chereml-chovskom ugollnom rsione; kratkii istori-
C~
cheskii ocherk. Irkutsk, Irkutskoe ~:nizhnoe izd-vo, 1959.
111!1~ P. (MIRA 12:12)
(Chererakhovo--Coal miners)

---2zv. P.
C~Llt~r: Bulf-,iria 7
Profossor
!unbar of the Board of Editors (Radz:ctqionen Suvat) of
Sditing Diractors Dr L. STOYA~OV
Softa, '.11jieZa, No 2, Uar/Apr 61, pp 36
nx-, "Polio Pravention through Active LTmunization.4
C-o-Qut?Qr3I_-
~-ZAC-Ov , Zh.
YA.-, y
KAR;,CHOLEV, 11.

BVILINSOU) M.B.; TAGAVARYAN, L.G.
Readers conference on IA.IA. LipenkovIs book "General
technology of wool.* Tekst. prom. 23 no.12:78 D 163.
(M:1RA 17:1)
1. Starshiy inzh. nauchno-issledovatellskoy laboratorii
Minskogo kamvollnogo kombinata.

TAGAY, Yo.D.
Using the Vikhert-CiLlbisov method to determine the velocity parameters
in a medium in deep seismic probing. Prikl. geofiz. no-36:50-65
163. (KRA 16:Q/)
(Seismic prospecting)

TAGAY, Ye.D.
Methodology of seismic prospecting by the reflected wave method
in subsalt horizons of the Caspian Lowland. Prikl. geofiz.
no.36:86-100 163. (MIRA 16-9)
(Caspian Lowland--Seismic prospecting)

, - . . - 4 -, Z~~,
LIPOVETSXIY,.I*A.1 NEVOLIN, N*V*;,-TAGATj Y*.D*
Results of regional asismio investigations in the C4,epian
Lcwlando Prikle pofis* no.3801-98 164. (MIRA 18ill)

TAGAYIEV, A'IL
The IPPS-2 machine for testing =toz-vehilcle tires. Biul.tel-I.-ekon.-
1 36 1'-
.nform.Gos.nauch.-issl.inst.nauc'n. i tekh.inform.. no.8-35- 0 o4t
(MFOL 15:7)
(Tires, fbabber-Testing)

TAGEYEVA, Nadezhda Viktorovna; TIKHOMIROVA, Mariya Matveyevna;
PERELIYAN, A.I., doitor geol.-miner. nauk, otv. red.;
FILIPPOVA, B.S., red. izd-va; DOFVKHINA, I.N., tekhn. red.
[Geochemistry of the bottom sediments in the ?lack Sea (north-
western part)]Gidrogeokhimiia donnykh osadkov Chernogo moria
(severo-zapadnaia chast). Moskva, Izd-vo Akad. nauk SSSR,
1962. 145 P. (MIRA 16:1)
(Black Sea--Deep-sea deposits)
(Geochemistry)

n'. 11 - -L -TI LI
I'Dete.nr,ination of -,,!,.e AmL Lude-Phnse C~aracteristfc of a Li ear System
1r 0-;. t,he CIII-ve of Its Trarsiei~t Process", Avt~-~~lntLka -J Tele~mek.haiuka, Vol 14,
1-55, 2-31-237.
Pros,~~-~LS a serie~3 o~ c)f the
'c a onc of' 1 `-ear s:,!~
-e cr ~a tra-sfer
-c curv of -.:~ns4 ent e c c c rd 4- to ex7crL-.anIal
process,
da:a. T'nc c,-- a transiGnt orocoss --',s to a ster functi~-n
a const::11, ster'.
L LI
.v or ---c ;~- --fvaticn of the th : so-c-nilod L--, 'ace discre te
transfc,r-~s are used (Tsyrkin, Ya. Z., -erek*,:od-i.- A.-~-~tano,,ivs'ni-.-csya
(Trans.--. an' S`ea-~,--c:' ~e Froce~ses
in Pulse Circud-k-s-) Goscner:-oizdat, 1951).
The! nal'LT is deficient iln its lack o f a n ev n c oT rp ut a t In
eri-or-,-. .-eikh, 'No 11, 195-`) SO: Sum. No. 3, 5 Apr. 5

KRASSOV, I.M.(Moslcva); TAGATEVSKA , A.A.(Mosl-va); VASILIYEVA, M.A.(Moskva)
Rectangular wave techique for determining the anplitude-phase
characteristics of automatic contrOls7stems. Avtom. 1 telem. 14 1 : .
no-3:322-327 14y-Je 153. WaA 10:3)
(Pneumatic control)

DUDNIKOV, Ya.G.(Moskrk); XR;-SSOV, I.M. (Moskva); T-AGAYEVSKAYA A.A.(Moskva);
TEMIIYY, V.P. (Moskva); BARKALOV. F.T.. TR-o-sW-aj-.' ' -
Experimental &termination of the dynamic characteristics of control
systems in industrial plants. Avtom. i telem. 14 no.4:418-423 J -
'53- 11 ~3
(MLRA 0:
(Automatic control)

PHASE I BOOK EXPLOITATION 869
Avtomatizatsiya proizvodstvennykh protsessov (Automation of
Production Processes) No. 2. Moscow, Izd-vo AN SSSR, 1958.
177 p. 6,000 copies printed.
Sponsoring Agency: Akademiya nauk SSSR. Institut avtomatiki i
telemekhaniki.
Resp. Ed.: Losslyevskiy, V.L., Doctor of Technical Sciences,
Professor; Ed. of Publishing House: Klimov, V.A.; Tech. Ed.:
Rylina, Yu. V.
PURPOSE: This volume is intended for specialists engaged in
research work and planning of automation process in various
branches of industry.
COVERAGE: The volume contains articles summarizing the results of
Investigations carried out in laboratories for the automation
of production processes of the Institut avtomatiki i tele-mekhaniki,
Card 1/7

Automation of' Production Processes 8()g
The study attempts to characterize the status of automation
of production processes and to chart the more important
directions for further development. There are no references.
Finkellshteyn, S.M. i,'lassification of Production Processes
Subject to Automation and Typical Solutions of the Latter 19
The author reviews the classification of automated
production processes with emphasis on continuous flows
production which in terms of present instrumentation and
outlook Is most suitable for automation. There are 10 Soviet
references.
Motulevich, D.Yu. and Tagayevskaya, A.A.- Types of Controller
Actions During Experiri~-nidt--StU-d-fe-~~i--'of Controlled Processes 43
Types of controller actions employed in studying
industrial processes are reviewed, optimum conditions for
the use of this or that controller action are indicated,
shapes of curves for transition orocess and characteristics
of stable condLtions for single capacity plants are shown,
Card 3/7

Automation of Production Processes 869
a review of Droduction costs, analysis of material and labor
expenditures, and subsequent introduction of automation on
sectors where automation appearsto be economically more
effective than conventional methods of production. There are
1 Soviet, 1 Czech, and 1 American references.
AUTOMATION OF INDUSTRIAL PLANTS
Popovskiy, A.M., Gritskov, V.I., and Govorov, A.A. Automation
of the Desiccating and Absorbing Departments of Plants Using the
Contact Method of Producing Sulphuric Acid 97
The study describes fully the automation of the desiccating
and absorbing department of the Shchelkovskiy khimicheskiy
zavod (Shchelkovskiy Chemical Plant). The principal product
of this department is monohydrate and the automation
embraces the processes within the desiccating tower, and
oleum and monohydrate absorbing columns. There are 19 Soviet
references.
Card 5/7

Aiitoiriatlon of' Productlon ProceseeB 869
Shumilovskiy, N.N. and Pliskim, L.G. Some Problems Encountered
in the Development of an Automatic Control System for the
Gasification Process in a Boiling Layer 153
The authors briefly described the technological process taking
place in the boiling layer, the principal plan for automatic
control, and characteristic features of the boiling layer.
There are 1 Soviet, 2 German and 4 English references.
P slcin, L.G. A System of Automatic Control of the Gasification
Process in a Boiling Layer 164
The article describes the )plan for a complex automatic
control worked out in the Institute for Automatics and
Telemechanics of the USSR Academy of Sciences with the
participation of GIAP (State Institute of the Nitrogen
Industry) and the Chirchik khimelektrokombinat MKhP SSSR
(Chirchik Chemical-Electrical Combine of the Ministry of the
Chemical Industry, USSR). There are 4 Soviet and I English
references.
AVAILABLE: Library of Congress
Card 7/7 JG/Jmr
11-25-58

S/I P 1/000/009/024/053
D201 D3
/~'~600 (10.3 9 D302
AUTHOR: ~agayevskaya, A.A.
TITLE: Apparatus for applying a pneumatic extremum. regula-
tor to objects with several regulating elements
PERIODICAL: Referativnyy zhurnal. Avtomatika i radioelektronika,
no. 9, 1961, 38, abstract 9 V312 (V sb. Vopr. pnev-
mo- i gidroavtomatiki, M., AN SSSR, 1960, 158-161)
TEXT: An apparatus is described which permits application
of a pneumatic extremum regulator for general industrial use with
one input for optimizing a parameter, whose magnitude depends on
the position of several regulating elements (RE). When construct-
ing the regulation scheme of this kind a method of sequential shift
of RE is utilized, in which partial extrema of parameters are ob-
tained for all inputs. An attachment which serves as an addition
to the regulator, switches over the regulator from one RE to anoth-
er and provides the change of speed of search for the extremum dur-
Card 1/3

21378
S/194,/61/000/009/024/053
Apparatus for applying... D209/D302
ing the change-over. This attachment is constructionally based on
the system of a pneumatic discrete action computer and consists of
the following basic units: 1) An impulse counter - a ring 3-dis-
charge counting circuit; 2) A commanding unit (CU) - a ring multi-
discharge counting circuit; 3) A block of integrator adjustable
throttles xTith a pneumatic relay; 4) A block of "relay-pressure IN
repeater" assemblies. The ring counting circuits consist of retain-
ing elements for one cycle of a given time. In operation, the com-
mand impulse from the regulator comparison element enters a pneuma-
tic trigger which consists of retaining elements and a logic ele-
ment NO. The trigger output signals control the operation of the
extremum regulator integrator. Integration factor (speed of shift
of RE) is determined by the throttle adjustment. The integrator
output pressure appears at the input of throttle blocks and the
relay with repeaters, and actuates the CU which operates the pneu-
matic relay. At the same time the integrator output combines with
one of RE, and in the integrator circuit a corresponding adjustable
throttle is connected. The switch-over of CU to the next RE takes
Card 2/3

ACCESSI, R: ATWiV'33 s/oooo/64/000/000/0005/0020
AUTHOR: Berends, T. K.; Tagayevskaya, A. A.; Tal', A. A.
TITLE, Structural elements of pneumoautomatic devices and systems
SOURCE: Vsesoyuznoye soveshchaniye po pnevmo-gidravlicheskoy avtornatike- 5th,
Leningrad, 1962. Pnevmo- i gidroavtomatika (Pneumatic and hydraulic control);
materialy* soveshchaniya. Moscow. lzd-vo Nauka.'1964,,5-20'
TOPIC TAGS: automation, automatic control system, pneumatic control system,
pneumatic relay, pneumatic amplifier, pneumatic resistance, pneumatic capacitance,,
pneumatic repeater, pneumatic switch
ABSTRACT: Pneumatic devices have become fundamental tools in-the automation cif
many sections of industry, such as the chemical, petroleum refining, gas, metal-
lurgical, and lumber industries. This paper is essentially a survey of the com-
ponents and assemblies of -pneumatic devices which can be used in automati*c con-
trol systems. The authors point out that the logical functions required in modern
control systems cannot be accomplished by the devices of the AUS (Aggregate Unif i ed
System), each of which is a self-contained block, but require the flexibility of
the USEPPA (Universal System of Elements for Production Pneumo-Automation) in
_jnLbi_choach new device is created by combining various universal pneumatic elements;
2
Card--'

ACCESSION NR: AT4o42433
(amplifiers, relays, resistances, capacitances, repeaters, switches, etc.) onto
special plug-in boards. Credit for this new approach is given to Ferner (V.
Ferner. Anschauliche Regelungstechniek. Berlin, Verlag Techn*ik, 1960). They
show how pneumatic elements can perform the various tasks usually associated with
mechanical and electrical elements, and describe some of these ele"ments in detail,
with schematic diagrams of various systems for,analog and dig')tal"control systems
and relay systems. Special attention is given"to generators, impu1sors, and memo-~
ry and delay units. Orig. art. has; 27 figurds and 17 formulas.
ASSOCIATION; none
SUBMITTED: 29Jan64 ENCL: 00
SUB CODE- 1E NO REF SOV: 007. OTHER: 001
2/2
C-rd

BERENDS, T.K., Y,,~REMOVA, T.K.; I'A.'.-~YEVSK,~YA, A,A.-, TALI, A,A.
Frinc-fc-le 041 -,Lq4 versal elements in pneumEitic Control systE-ms.
- -1 -
Frllboro5tronenie N '63. (M-TRA 16:112 ';

ACCESSION NR: AP4011727 S/0119/64/0001001/0030/0031
.1pp
AUTHOR: Tagayevskaya, A. A.; Temny*y. V. P.
TITLE: All-Union Conference on pneumatic and hydraulic automatic devices
SOURCE: Priborostroyeniye, no. 1, 1964, 30-31
TOPIC TAGS: automatic device, automatic control, USEPPA component,
pneumatic automatic control, hydraulic automatic control, pneumatic hydraulic
device conference, GRK-l hydraulic regulator
ABSTRACT: The Sixth All-Union Conference on pneumatic and hydraulic auto-
matic devices took place in Baku on October 14-17, 1963. The Conference
was attended by 450 representatives of ZOZ organizations from 43 Soviet cities.
Seventy reports were delivered. Universal USEPPA components were adopted at
the Tizpribor plant, Moscow, for manufacturing over 20 various control devices
made up from these components. Also, the Ust'-Kamenogorok instrwexA -~Zant
Card I /Z

ACCESSION NR: AP4011727
has begun producing the above components and control devices. Previous types
of hydraulic jet-type regulators are considered unsatisfactory. New control
systems, such as the GRK-1 hydraulic regulator, developed by the Institute of
Automation and Telemechanics, AN SSSR, are based on unitized components.
Sluggishness in introducing new components and "opposition to the introduction"
are noted. Orig. art. has: no figure, no formula, and no table.
ASSOCIATION: none
SUBMITTED: 00 DATE ACQ: 1OFeb64 ENCL: 00
SUB CODE: CG, IE NO REF SOV: 000 OT14ER: 000
Card 212

-2 r L -2,: ',7 j 0 7~=LCO SaO- -ZT--"?3
---r, .7C
-7
v
-0-1,,"-ITIT 71
02-TI. 9 9 f-,r 'j"j!"'IT
TI. C"

TAGAYKVSKATA, A.I.
_ ~._,
Note on certain modification of the laryngeal tissue in typhoid fever.
Vest. otortnolar. 13 no.2:59-62 Mar-Apr 51. (CINa, 20:8)
1. Scientific Worker at the Department of Morpholoa (Head-Prof. Ya.A.
Vinni-kov), Central Scientific-Research Institute of Otorh3-nolarymgology
of the Kinistry of Public Hoalth RSM (Director-Honored Worker in
Sciencri Prof. Y.K. Trutnev).

NE
5
T. "Nol-pholoi:ical Ghanj:,es of' Like Lavyux in "yphold
and Typh-,ls fever." -aub 6 I-lay 52, Central InsL for LYIe Advanced rrai_-Lng
of Physicians. (Dissertation for the Degree of candidate in ll~edlcall Sclences.
SO: Veche-,naya "oskva JanuarT-December 1~,-52

, J-~ . I.
Sone ch;~a,-es in the lar,-nigeal tissues in exanthenatoas fever.
Trudy gorla I nosa. 6:394-39() '55.
(MIRA 12:10)
1. lz patoloeo-gistologicheskoy laboratorii (zli-7. R.Ya.Tret-
,aLlcova) (r,)s,ida--stvpnnogo nailchno-isslpclovatel'skogo instituta
liklia, gorla i nosa.
(NXANTlBWVPA) ( LI-HY1rC)

i3-,iOZGOL A. 1 1. i TAGAY NSKIY, L. I. ; TA-PTAPOVA, S. L.
Characterist-J~:s of arall proothesis following laryng,~atomy.
Stor-aatologiia 40 no-3:85-88 P~r-Ja 161. (14I.-;A 14:1-2)
1. Iz stomatologicheskogo poliklinicheskogo otdeleniya i otolaringo-
logicheskogo otdeleniya (zav. otdelen-iy,,m - dok-tor ned.nauk I.N.
Aleksandrov) Moskovskogo gorodskogo chelyustno-lit3evogo gospitalaya
(nacIrajTnik - dotsent A.A.Kovnor).
(DARYNX-SURGE.RY) (DEEN'TAL PROSTHESIS)

ALIYEV, R.K.; ALLAKHVMMTRR OV, G.B.; TAGDISI, D.G.
Ghemical compositiou and certain pharmacological properties
of the tea fungus infusion. Izv.AN Azerb.SSR n9-7;97-109 Jl
'55. (MLRA 9:1)
(Beverages) (Plngi)

LLIYEV, R.K.; ALLAKHVFX)IBEKOV, G.B.- TAGDISI D.G.; ISMILOV, A.I.
I ~=
Chemical composition of the herbage and roots of parsley, culti-
vated in Azerbaijan, and effect of parsley preparations on the
carddiovascular system. Uch.zap. AM n,).12:53-62 '55. (MLRA 9:11)
(Azerbaijan--Parsley) (Cardiac glycosides)

U"SIVPhnritiaccilogy. ToxilcoloQ(. C,,~rdiovascular Drugs
Abs Jour : Ref Zhur - Biol., Ila 11, 1958, No 51997
lllut.hor : ',liyev R.K. '_Ilakhvc_rdibekov G.B.) T~Elizi, D.G.,
Isa'Alov
Inst : ',zarbaydzhan University
.Litle : On the Characteristics of the Che--i cal Cormosition of the
I,eavos and Roots of Petroselinum Sativurm Heffin. ,
Cultivated in :~zefbaidjan ~,_id the Effects of its F-repara-
tions Ui)on the C-ardi-vascular System
Ori Pulo : U-ch. zap. ^Izcrb. un-t
1955, No 2, 53-62
.,Ustract : Tho lef_v,_~~3 and roots of P.~troselinun sitilniz~ Fol-fTn. contain
,LlRoloids, glycosides sacchcrides cromitic cils or-
,allnic acids and vitamins C and K. it was demonstrated in
e:,perimcnts on mice) w;iich received sWocutuancosly 1 ml
dos,:!s of -~ 20-30 percent aqueous infusicn and decoction
of leaves of roots of -PetroselinLr., that these prepar-
tions had a deDressing effect upon the C.N.S. Tbe effect
of extracts from the lcaves was weaker than that from the
Card 1/2

USS-R/PhL1r-',-1acOlOgY. Trixicologjl. Cardiovasculz:tr Drugs V
-i):; joLu, Rcf Zhur - Biol.) 1-10 11, 1958, 1-10 51,097
roots. In a scri----s of o,~meriments with ;-.-o!Ltt(-,d hcarts o,
-rogs, c.--ts md rabbits and also upon hearts in situ,
I't was not,2d that Small doses - 2 .1rops of -i 1 .3crcerit aq.
infusion of the leaves of Petreselinum, increased the
plitude and slowed cardiac contractiono; larger doses
,
an 0
(5-10 drops of 10 percent leaves infusion) were followed by
depression of the cardiac activity. Intrnvenous admin-
istration of the infusion and decoction was followed by
,- fall in the blood -oressure. Dilatzttion ol t-lood vessels
by an average of 50 percent was observed during perfusion
of the blood vessels of an isolated aar of a rabbit with
an infusion of Petroselinum leaves -and roots, prewred
aith Binge r-Loche I o solution in concentrations of 0-3-0-05
percent. N~Iazdrikovn
Card 2/2

I Toxicology. bbdicinal Plants. v-8
U5314 / Tharmacology anC
Abs Jour : Ref 7hur - Biologiya, No 17, 1956, 110- 80643
Author : Allakhverdibedov, G. B.; Aliyev, R. K.; Bagirov, S. N.;
Tagdisi D. G.
Inst --io- givens
Title : On the Obaracteristics of the Chemical Composition and
Some Pharmacological Properties of Galenicals of Tartaric
Herbs Grown in Azerbaydzhan
Grig Pub :Sb. tr. Azerb, gos. mBd. in-ta, 1956, vyp. 2, 93-99
Abstract :The effect was studied of 10% aqueous tinctures of
tartaric herb extractions (Onopondon acanthium; 1) on cold-
blooded and wamblooded Fini 1 - I is little toxic,
quickens the response reaction to pain stimulations, in-
creases the amplitude of the heart contractions, increases
the rhythm of the heart, causes sharp narrowing of the blood-
carrying vessels of the isolated organs of both coldblooded
and waroblooded animals, and increases blood pressure.
Card 1/1
21

ALITEV, R.K.; ALLAKHVF-RDIBEKOV, G.B-L-T4qR~SI, D.G.: ISWLOV, A.I.
Characteristics of the chemical comnosition and certain ph8rma-
colop,ical properties of E;arden lett-uce. Ucb.zap.AGU no-8:59-69
156. (MLRA 10:4)
(Lettuce) (Pharmacology)

USSR / PharmaN,109V, ToxicOI097. Cardjo,a3cular 7
Abu Jour: Rer Zhur-Biol., No 9, 1958. 42388.
Author iAllakhverdlbekov, 0. B.; Allyev, R. K.; Bactrov
3. N.; D.
Inat IAzarbaldzhan UnIverilty-.-
Title IOn the Cna-acteristica or the Chen!'31 CcMPO31-
tion of the Crass Eryal=um Na:h7=tvant:um, GrO-ing
in Azerbaidzhan, and On the its Prepd-
nations Ek)ln Cardiovascular zy3te=.
OrIS Pubi Uch. tap. Azerb. un-to 1957, NO 1, 125-134.
Abstructi Alkaloids constitute 0.033%, glycovdes - 0.055%
or dry weight of Eryaim= n&cn,7=evanlc=. Intra-
auscular Injection in white mice etgh~ng 15-20
gm of Ial of a 10% aqueous Infusion or al:ohollc
fluid extract of E. nachyzeyanlcum. in a concen-
tration or 1:3, showed toxic effects and an equal
Card 1/3 28
Abstractz volume Or a 2Q% or extract 1:2 caused
death of tne, Animals (3 out or 6) . FOllowine
admiaintratlon of I ml Or 2'0% Infus-on or 1 ml of
fluld extract of Eryalmum, 3 O"z or 5 frogs, pla~vj
on their backs, were unable to return to the norral
Pooltlon. This done was accepted by the &uthorc
AB a unIt 11 frog unit). At the time Of the
blologtcal standardization, accordIng to the Methol
descrtbed In the state pharmacopea Of USSR (8th
edition). the Injection Into tl--- ly=phallc 3ac of
the frog of 1, 1 =I of a 30% aqueous Infusion of
E. nachyzevanicum or 0.25 m' or 0.1% solution of
I
-ant stmila,l, prod" ced !lthl~ one liour,
nt".2pout o.'6 I
I f frogs, a full or-.13. or the heart
In syst;Oly, In one frog - a transient standstill.
The addition of I drop of a IC,% %-;i;eous Infusion
Card 2/3
Abstracts of S. nachyzevanic= to FLIngerlb solution. reedlnr
an -ed lieart,c&used increase of the anpit-
t d!sola a 0
u . an4 I wing of the cardiac contractLoas; tn~
addition cr 3 drops of a 5~6 imrualon or 2 droPL
of fluid extract I : 1, showed toxic efrect3.
These data were aleo conCtrred on isolated hearts
of war= blooded animals. After Intervenous In-
jectton in cats and rabbits, of & 0.2 ml doses of
fluid extract 1 i 1, an elevation of arterial
pressure was observed; after a 1 =I done - a full
was noted. -- L. H. Lavrentlycv
Card 3/3
119

ALLAMEUDIMOV, G.B.. BAGIROV, 6.11, TYMIU, D.G.,
Chnnges in certain chemic,)l elements of the blood during artificial
hy-Pothermi.q. Azerb.med.zhur. no.6:75-77 Je '58 OURA 11:7)
1. Iz kqfedry farmakolopii (zav. - dots. G.B. Allelchverdibekor)
Pzerbayd7hanskogo &osudnrstvennogo meditsinskogo instituta i-M.
N.Narimanova (direktor - zasluzhennyy deyAtell nauki, Drof.
B.A. Eyvazov).
(BLOOD-ANALYSIS AIFD CIMMISTRY)
(HYPOTHSHMIA)

TAGDISI, D.G., kar-d.med.iiauk
Correctors for ganglion blocking, neuroplegic, a,-id lytic drLogs --sed
to control traumatic shock. Azerb. med. zhur. no. 4:9-17 Ap 161.
(MIRA 14:4)
1. Iz kafedry farmakologii (zav. - dotsent G.B. Allakhverdibekov)
Azerba~dzhanskogo gosudarstvdnnogo meditsinskogo instituta imeni
N.Narimanova.
('AUTONOMIC DRUGS)

T A G *D J'S I - -; - '-' -
- -.- - I -Z~- I
'.. I ~ - . -.. . - -
~ - I . - r. . . - a " r ~ 1, '- '. ~' .7",
S-a~e, --.'m ~:- -- -
-Z ;)- 1 ;
r ~ - - -- I ~ 7~
S-3 17~ ll:~ ~ - '0~ .- .- - - -, - --- . I -~-' , , -, : 1 ~4 .
.". --. . . 1. n!t~tk r

f
ri t, i
no t,4
I 'i (zav, prof. T.G.Pasi.qyev)
~();,~ zicjo~7,
v, - - i
ent G.B. Allakhverdibel-ov) Azerbaydzhanskogo
dots
tnsttituta irreni Narimanova, 3ak-a.

F' B] 3 S -

TAGDFS!, D.G,, !-,zd. med. nauk
ac-Li-,rit-v rf np.Dht~aalan ~elro'et
U 1 im med,
1. T-F, kafedu farmakologli Azerbayd7,hLn-,kovo
s t i bi i men i N---imanova (re'r-tor - rrnf'. Mr.A.
Stitnitted Ootnbf-r 27, 1964.

',-:rasso,,r Ta(;ayevskaya %. A. and Vasillyeva 1-1. "Deten4d-na-tion of
the Allplitude-phase Characteristics c--.' egulator by, the '2,--,ctnn,:;Laar
T- 11 -"--~nk
Pages 322-32'17, lLi-_,-ares; bi-bl-Lo,-raT)I,,,-, ita,is.

TMUFVSKAYA . A. A.
Dudnikov, Ye. G., Krassov, 1. M., Tagayevskaya, A. A., Te-inyy, V. P"
and Barkalov, P. T., ItExperimental Detennination of the Dynamic
Characteristics of Regulated Industrial Machinery," Avtoriatika i
telemel-hanilca, 1953, Volwe XIV, No. 4, Pages 418-1~23, 5 f igures;
bibliography, 6 items.
0 1

T ~ ~'. Cv'..Y ~--,i
Tagaymr3kaya ;'.. .~ "DcAernination of tle ,'j-.-.,Jjtijclf---T)hase Characteristics
by the Cur-,M' of its Tra--m .I-f Lon, ~:'rOce3s,"
V01LUIC 7FI .40 2 -~Iages 231-237,
Alrluortatj!~ -, telonidiani' a, 1-?53, 1
;.a - -
with 1-,-tbh2s; biblioZraplryo 6 iteriss

ELISHTEYN, N.N.; TAGE-1, U.A. (Fo~tonskaya Ssa)
Course and treatment of chromic seps-is of candi-domycos-is. Vrach.
delo no.8:111-114 Ag '60. 13:01)
1. Tallinskaya respublikanskays. bollnitsa i Tyuriskaya rayonnaya
bollnitsa Estonskoy RSR.
(MONILIASIS)

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all.
I L A MOTALLUMCAL LffERATURE CLASWXATMW
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se"IndbiRty at nkdm of OwwM niftsill. bes"kilikiaw Mid
PhWn. 1. Dillildedm SM MWliF4 of OdMIM OAM. U. A
I-iger and V. A. Kargin (J. I'A.vs. (,her". Ruji., 1941, 15, 10.19-
11 33, 1036-1054) - I. The ~lubiltty of t)enxvlccliulo-- (1) 111 1,101,
:.t 2.11, mcre~-. kith the 'mount of (1) wicl but the th'.4"'t part
IIJ I-ro, le~~ -lqllon.~ than the und-l-I
NO[.- .,nd I it.. .,,,I ,f .,lm-
If. I-lut, f "Alul- I,
III Is g 9 , Alld of ellulo,e acvtAte 3% ..1 4A, I
III 0M.-, g 'Al Ik-r : . lud'.14-fident of 111IIII'm
I he livat ,I *orpt-11 A COM,. and 4 A OMOA Inull ga-lin, I,v (11)
x th'. auloullt -0-1. 11'r hem .,I dl-lutaul .~l
W A, Mote (IV I III I I )MV, %i1, I III( I It 1. 1, %crv if I I w.11 th-st
..1 1111'. th, dilh-wilve 1, du~ to (1V1 twilig J%~t And
illl) Isquid kkth- p-l-tic. of 1-1yo-ides .0- oi,li,atv their
hquid umurv. J, j it

:7 L il AS 6
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ular substances. fligh-rilolecular isoparaffins and iso-
z Octiine~ A. rager anti % . A. KarKin. ik"11,M1. zhk,- 10.
1 -00
45.
1 -452; 11144i.-Thc fwtbi~i,,r f in tt, -00
hydrtigruated triononwr (its tfji~ %v,trltt the lorcri t"~r,u,
vwit,u- wgnscnt% of lite ~-)Ivrnrr 11101. are V.-Ty Similar to -6 0
the fere" between these ~cgtuenls anti the -Ivnt utol,o
' -0
was studied by the rlIrct of 11) and %
i,tjttcx o It 1
Ontlie vapor prrssurr of
Saimpli-4 of I and I[ were Au~jwridcl on Slituic t%AIA%%kv, tit
00 111,[ the anit. x,m IK~ix.) of III tAkrn up 1,~
the i(iwwl)cnt was detil. at varimis equd. v;ipor pre-ures
'

at 56
. The rcL.fi
11 A tw-
p lite valkic jormsurc p ps V,irt,
0;
0
11
-*g
0 tween
.
anti 0,45
Anti x"m twtWevn
1:1 .11, N.
'

I
It Witmill
s Law were valid for thew
in =0
Is. If if I anti 11 VTCIII,l tic mughly equal .111d - it X11,

rhe vi~otnetric .11 of I was :121).Olm
1, and ist 11
go 4 1It concil. soln a chain of 10-12 links is the kinett- unit
of I and It: in (fit. viln, the whole rool. i% thb uau~
Wha it vs-tric M -th- trr till f~ -1, g. ific etti-I,
S of miting, the calcil- .1; is about ()AII the rxl)tl. _~. I- zo o
cativ- the prtence of ~.lvrnt greatli, uicrea~s the -it) td
pttm"I'le configuralitm* of the 1-1%micr m4,1. 1. V li~

40 k $I,%

.00 tr

13 U V~ 11 An I I A
-
3 1

0 .4 a it R it it IT rt 'I X i.13 n; ..
0 0 0 0 0 9 0 0 0 0 0 0 0 9 0 0 0 0 0 0 0
* * 0 90000 **so * 0 0 0 0 0 0 0 0 00 Go 9660009

A 4 C' D W G 0 JK L A P 0 FU R $ 7 M VV'WZ 1. WE COM is is 0 A it %I C%.AT 'A
'Immit*
-Z 3 AmnivVIL11 Iv)cJNnIIvL)w v 1% atv
as.
400-
a*-
00-
lit
out ft b 0 0
a a o

lxmT11.~11i %I %jjii.i!j%rjtI Irissalu! pur
. ..... . '111,11villjopp .11151'la lit, J.' nmw-la
pur istwilloij 'aultj
t.11iii pur 'J.'U"Ind illtm j.zvwtj%qd jo
as
J-)7p!j,qd jo uo!jruvjd%.,; j.,pui% in.-I
np *.(tII(l'IIjq -J%(Mir Mll 11(3 ijillrialil
'
*
'
-
'
*a
.%
(Aljt;umill
~) lit
A
C'mi p()- Jib"
VI
L 'N' 'v ( III-1-till ill
1014.1-J"I""l-K-4*111 J- Uolitirspli-al.1 so
t
a*
00
go
so
00

"1. 9
IT 401 1
a
a a**

The heats of salution and swelUx of some synthetic
high - I War compounds. A. T,ger xi-t V~ Sin.avi.i
ollotmdo2chur. 12, 4174-7(19,541)--Thr iritegrA he.,t Q a
h
-In- W polymers in CJI. was independent f the tinal
roncri., which wa scariedfromn.2to4%. At24-'-A'i t was
1- 1 5 And -2' 6 c:.L~g. for 2 %arriples 4 but.idirne ruliber,
2~3 fix polystyrene, Anil -1,4 and 1.7 for 2 butmlivnc-
turrile niblcri (litina-26 atill Bulla-4111 A Inita-liene.
ItyTeric(75:25) col-lyincir Mtus-",i) 11-111 V - (1-:03- 'c--
,hc suill Of tile Q vuluem of tile coAstituent- Frc~h PtIY,
chlocopfrill: hAd -0.12 And one aged for 1.5 yn. hAd -8 5
c.j.,Z. Thi, more licit. Q. the more flexitile And the mo,re
cryst. the polymer. The Q of p-1vi-butYlefic --is UI C-114
-1.8, toluene -0.4. heptalle -41.3. Anil :.1,2,4-trimethyl-
penuric 0.0. The zero hinit in the U,t imtarcr is due to the
"I'Mity lwt-cen thc -1,.t thc -ement j
the p,)lvmrr ch.iin. llikCrTnAn
(, C I' LAI

Muskva iz.d-vo '-h,-. 4 f -r,
VlDnthv L`s~ R, ssi-in Acr-ssions. Library of Congress
ne

It? .1 a seliveal 604 the -fat-Wit -1
film soup As A. I If-# ~nd It
=
Slate Univ.). Irl"441 .Zko. 13, IW S
(1931); cf. CA. 45. Z15W.-Alffry (C.A. 41. 2d2M es--
the bftt Q of solts. to det. the intrinsic viscositts,
IP/Ift C at s: - 0; go 6 the vitictimity of solvent
c Loom.) and the slope of the straight line -9/spe c as func-
tion of c". This enslactation is not confifined. Thus Iq1
of jx4yissitmutykne (I) was 1.6 ill calis. IseptAlle. and ift.~
ot-lane, although the corresponding Q valises Are -1.112,
-11.34, Anil 11.0 wheienq jqj Anti () in trJurtit %err
2.16 Anti -0.43. tests. The 1*1 of rellulmor acetate (111,
As: no, MAI, spas 1.1 In CONlespa"d HCMII. although their
0.3 and 1-10.5. lir.p. I Ill- Is--- 1'.." "1
111) had (91 2-4 Its CONle, anal 0..'i I its
Ilyridine. mslthssm'~' Q in pyTidine is greater than in COhfe,.
Theflopgol q/the wastremster fur grft(CtQ in theinotatim-4
It, armster for smaller Q In the instance of Ill, list shoarrif it.
1,kfinite depradetwe ors Q ill the instant, .1 1. 'rh. 191 i.
nut a tnmmtfeot the dissolving ca;,twity of asolvent.
1. J. Hillerman

Chemical Abst.
Vol- 48 No. 9
fln*7 30, 1954
General and Physic;-l Chemistry
Ynamkjjt~cf - -6f-iv
gen ate Y, YzTerns of
J. (it C' Mullallzers-. .,k- T
-a-r-,t'Kand jr and hydro-
4- COV,
C. I. 47~
IL-~

DREVALI, II.Y.3.; TAGER, A.A.; FOMINA, A.S.
rif
Conce-0,rated 3olntion3 of polymers. Part 4: Visco3ity of polystyrene
S0171tions in variolis solvents. Vy3okom.soed. 5 no.9:1404-1410 S 163.
(KERA 17:1)
1. ffrallskly gosudarstvennyy universitet imeni GorIkogo.

TAGER, A.A. ; KARGIII, V.A.
Hpat of solution of polymers njid their hydrogenated monomers in
the same liquid [with summary in English]. Zhur.fiz.khim- 32
no.12:2694-2701 D 158. (MIRA 12:2)
1. Ural'skiy gosudarstvennyy universitet imeni A.M. GorIkogo,
Sverdlovsk.
(Ifeat of solution) (Polymiers)

TAGER, A.A.; TSILIP(PIKINA, M.V.; DORNONIA. V.K.
Effect of the molecular weight of vitrecas on the packing
density of their chains. Part 2: Polymeth,-lmethacrylates [with summa-
ry in English]. Zhur.fiz.khim. 33 no.2:335-341 F 159.
(MIRA 12:4)
l.'Urallskiy gosudarstvennyy universitet im. GorIkogo Sverdlovsk.
Wethacrylic acid)

r -,r
5W /7 -7 14 114t 1
A U-PE 0 11 S Ta-er, A, A, , Popc,-.,a4
T 17 LE Effect of the I.-Iolocular Weight of Vitreous Polymers Upon
1 .5 U 11 Z_ -
Their Chain Packin,~; De.-.sity (Vliyariye mo 1 okul yarno, Co vesa
S
tekloobrazinkh poli-,_--rov ra. plotnaZt, upakovki ikh tsepey).
I-!I,Triacetylcellulose
PEKI ",!)I CA L: fizicheFkuy Ihimii, Vol _-3~ r
P p 5013 - 596 (U.S'.;~E)
3, 1, i~ I, four diffe-ent sami_-Jos wore investil-a-ted: 14G-~)00~ 82000,
11 -
48;U`GGi and the acetyl numbers 60,4,55','U, 61 77-' 62,15
65,71,,,.',, Tl~ree of the samnles were provided by P. V. Kozlov
the fourth was produced by the authors (Refs 1,2). Chloroform
and acetone ivere used as lovi-molecular liQuids. The isothex=al
lines of .,orT)tion of the first sample is '--)'-shaped, differing
therefore from the isothernal lines of sorption on polystyrene
(Ref 3) and polymethyl nethacrylate (Ref 4) and reminds of
the isother:,!al lilies of soz-,,tion of water and cellulose (Ref 5),
The quLartities were calculated from the ex-
Perimental data obtained and it vias found tl~at t',,e sorption
Card 1/2 of chlorofcirm is accom7~anied by a highfr heat effect than the

Effect of the ',~ol,-_.cular 7.1'eigi-A of Vitrcous roly~m,~rs Upon _)'OV/76_31~-5-14/Arl
Tl.uir Chain Packin(, Density- III,
sori:tion of acetone. The sorption oil tl-ese two liquidz pro-
ceeds und~_,r a sharp d---crease in entropy, T-.,e hiC-,-- capability
of sorption, tiie considerable loss in he_~tu and the decrease
in entrcL)y in coni,ection with sorption give evidence of loose
packing of t'.e rr_~~cromolecules of t-,i---cetylcellulose M
If Eefs 4~6)' A particularly :.,.arked increasse in the capability
of nor,,~tion with the molecular weight of (I) was observed at
50C-00 - 7000C., The increase in the molecular weigi-A of
t',e oolym-rs increases also t,,e ir-.te~.-ral and dif c-ential heat
of mnixiiig and reduces the entropy of mixini; of ti.e solvait,
Princi-al a-reement w~_s found between t~-_e ex:,erime;-tal results
obtained ai-d results previousia- obtaizie~i for i:oly~_-.yrene and
polymet"lacrylate; it vra3 -also fou-ad t..at t'.e vitreous polymers
wi'll lo UVe cc S bc
ose rackir,- similar to tl-.e 1 lo i -4:-,l or , i-s
are lo figures and 12 Soviet rcfore~.ces,
ASS:_CIA21Ci1: Sverdlovskiy gcsudarstvennyy universitet (Sverdlovs:k iza-le
University)
SUD:,','I-f 21,D: JulY 8, 10/57
Card 2/2

TAGER, A.A.; TSILOPOTKINA. M.V.; SUVOROVA, A.I.
Effect of annealing on molecular packing in polysty-rene. Dokl. AN
SSSR 124 no.1:133-134 Ja '59. (MIRA 12:1)
1.Ural'skiy gosudarstvennyy Universitet imeni A.M. Gor1kogo.
Predstavleno akademikom V.A, Karginym.
(styrene)

. 1. -
'M
1 1-10,-ll - .I.- .
Rer-,Iy I,) S. '. likman's revl-'na of the bc,,-)"- 2 -.h -nA -cular -:.re- -ht c--,r-,:.;ounds"
b.- :-.. A. 'I' :,.er. K-11-1. zhur. 1-4 No. 2, !-.,152.
?ilont~lv List -~' Rus-1-an Accessions, Library of Con,.--ess, September 1 '52.
I U -