SCIENTIFIC ABSTRACT ISAYEV, B. - ISAYEV, F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000618820003-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 12, 2001
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

t9*004109*609 *'Goes Goo
6:
-
1W
i
0
g
101!41000*000000000 0 of
29~
l
4
0
A , !, 4 7 1 t v 11 1$ 11 4
j
vuwsu v is to so #1
t-O-A - I---A.-s- A ~ ~- * 4; 11 d diem
I . A
744

if* ..... .. -00

00
041
Go
es,
dww4M @MAW 4k bdSW d 4M
yawam; OWL.U--
MiAM -..Show., 0040
19 417 17,
00 cGi
O
l
~ VAM an
pis ii
lh
O(Ibo Pb
thwh~ dk*W
ct UO vakqL*w2GM aft due uj cumio
that & bwr am
J.-W. coo

-
40-W
0
0
~

1
10
00
0
4r

too
too
060
nil 14 idol) t. 0- cac
0

's AT WD t4c
cl to a
tsi
0,
v nd 0 w a 9 a a 2 6
14
"
0000 0 0 0 00 0,00 1**-*
4
-
: t * 0 Ale so 00
0 r-~j
olo 0 0 W
o a 0 0 0 st 0 00 0-
0 10-10.910A w0 0 0

-
-4-0 0-0-0
6
0 0 0
0 0-6 0 0-9--0 -0-
. 1 0-0-0 0 0 0 0 a 0 0 0 0 9 0 0-0
s A I A I x it u it " is u 11 16 " a it a a if a is v A 10 ; X It U U I* a If v Is It at 41 U- At u -G~C*
A
00 S L 2 L-1 --L -A-L-L-L a It . r 4 1 1 1, -- V V W M + I i I I
-00

" .00
00 Off the fimcd"106 W a
IN Ap -
00 S. 4112 i(MIK).-A I"mwikwW -00

GO "S %-toy intmqit;r% j% jtwrjW.
Ten umpks illuxtrair its oilcration all a (lawtilm of IL-ray
-046
wuwr k"Ath. %'0114gr, M-"ar sout anilir of itwitft-tk%- it -00
wrilaniplutclot lut-4511vills tile lilho, light tih~lllasllofw

andthe Knintrii,ityol.M... F. W wathmantl
LVOO:
d
GO coo

oou see,
00 it
so ed!
06

:goo
7 1 FAG*

ISO., 111-141. k1a..
" goo

41- m i T
v 671- im.
i i I
... .....
U 0 AV 43 At SO p cp to 0 a It 5 111, ti is If a "a a 1 '14 1
:w to 9
o;
00; 04
zo
Goo Go o * 00
0 00 * o 0
*0 Mo '0 *0 *0 0 * 0 Go 00 00 100 so o 0-:14

0 * 41 0 0
4t"T I a At 4 11 fit 34 v be IR X V Is $I d a 41 a4
Of A
IDIOM "of -a propolsis", dl!!Rpugkw to 70A
v 0,
MA br log. OW an sbei",
AL
0* 4
two 'r. .1
if
so miikd hikil ebb
bm' "V" ft somwasawaftbodneeftmocCu
A. J. M.
6o0
%team "a& am ow oftlil off-am _411
0 it It I opt ita A
Wr" W 00 00 0 0 0 0 0 O"S
020 O~o 1*0 *.Or is 0
0 G-rwor'-4kv, I
0"

Ill"Im"fil If
~
=~

!SAYEN, B.
PHASE I TREASURE ISLAND BIBLIOGRAPHICAL REPORT AID 679 1
1300K call No.: W787.i6v4
Authors: VEEKSLER, V. I.; GROSHEV, L. V.; ISAYEV, B. M.
Full Title: IONIZATION MMODS OF RADIATION ANALYSIS
Transliterwied Title: Ionizatsionnyye metody iseledovaniya izlucheniy
PUBLISHIM DAM
Originating Agency* None
Publishing House: State Publishing House of Technical and Theoretical
Literature ("Goatekhizdat")
Date: 1949 No. pp.: 424 No - of copies: 5,000
Editorial Staff: gone
PURPOSE: The book is intended for a wide range of scientific workers:in various fields
and for graduate students and teachers.
MXT DATA
Coverage: Part I of this work (p. 9-162) discusses ionization chambers for alpha,
beta, gam,3a radiation, for cosmic rays and fast neutrons, as well as impulse :
chambers. In part II (p. 163-423) counters for charged particles are examined
and the theories of their operation and of corrections for individual counters are
given. Proportional counters, including those for fast particles~and neutrons,:and
Belf-extinguishing and non self-extinguishing counters are examined in detail. New
types of counters and different modes of operation

:
t

$39:
7
.4'.
IOMZATION UFTHODS G&Tj
L.
lose. 079, (In Ruxamaj iplajitGeden

Part L fonliatim 04'0i~ ~Sfbr 304
coarn o

of thaw'-A jl-~:_
Pjtrt a
On in -c'
d arroattang jr
Operati,

nfutcOW'413d ed intors:
; J
~~ V

I
I I i
xitaiiifohia and 441f.
:With Individual djgghgjjd~ (i~a.,,
:
711
4 or 4 note)
J

f ip
pi ,

ij-
it

~
-
t'
ttin'
dd 11' m
ts
Ah l
t
dl
A
d
i
l
A
e
i
o
a
evion
c
a
c
eir
t
-'w
' 13l
Y
A 14
K
I
bi
A
saev
,
mpcatt4
stay (
W S
t.
.
oV
, i~
~ rim
Acad
:Ulsl Ri;;~*) - z"
A020
.
r,
.
.
.1
emsuringi-myatid -my Osq h4hiand I.;* N.
~s of very
,
~'tcusltks. - The the. strength oF
lntg.~ the tiiis:
:W= is CL emtw= ck tum plme~ and.
*
wu dMuodi - 1
me.-, After Wo.-vt the lao~, Ule Acttoi%O:
-set
lad the metal fall act the Avdture. j~ it cQual qc~
Shown tht fait$ W& byl wom twor quitO ft" cl ~Sub
`
-in otl an:
Foill WRIt bul
mlaoscu* OiOoteS.
9,AepoAted
'
ton.
4-5

cal. pco
attn. viltlmtood 3 inlcromaip.M
UM 01
=
~
0 hrs Soubmikid Uls vwith~toad ttaktominp;
t f
"Eq

curvit fare lim-2 UnG Me particto leivint tho lbil:
CM
'
j~;r:,
sed
wyozer
Tilitloo r
l
a
qr
'
.
were ana
e
ca
.
u
J
y
I., artho Z
Al
nd a7z
f
r f M% T

a
,
e
ac
% st 30 C.1%4., for B
IMwIrle, is ootit 10%,
vi 28m Oid~k o
t r
at S
Aud:10%430c
.
,
SMQ tutlos'ai ptatani oflfelvl. -A ut6l. bg~'tth t
,
oo
ln
Ad
dt
od
i
d
3
k
(w i:ji
e.
v
. was c
"o
oraton
an
.
3
mp
y
the ratW coffespoided to the ra Wat ild e3vO.!

F.T!

7.
"IoniZational Methods for Investigations of Aadiations," GlavFoligrafizdat,
,ralhic Publishing House,, 2nd edition, 437 Pp, 1952.
elain Folyp

V.1ater test model distribution of depth doses from the telecurie
apparatus using radioactive cobalt. A.M. Voinov, G.B. Gulenko,
B.M. Isaev, U.IA. Margulis. VjEist. rent. i rad. no. 4042-61
~Jl-Ag '53.

USSR/Medicine Radiology
Card 1/1
Authors Isayev, B. M., and Margulis, U. Ya.
Title Depth doses for point sources of gamma-rays of radioactive cobalt
Periodical Vest Bentgen i Radiol 1, 68-74,-1954
Abstract Studied the depths of penetration of gamma-rays in water.and in air by-,,
means of a specially const cted apparatus consisting of a point.~sPurce
guo
of gamma-ray radiation (CO ) and a tank of water. observed andplotted
the depths.of penetration for fields of 20, 50, and 100 cm2.. Two, draw.7
ings; six graphs; four tables. No references
Institution Institute of Biophysicsil Academy of 4L n.
-diee-1-Scie ces USSR

ISAYEV, B. M.1 VOMOVY k. M., GULEITKO, 0. B. and MARGUMS, U. Y4.
"Distribution of Deep Doses In Water Phantom from Tele-Curie Units Charged with
Radioactive Cobalt.," Medgiz., 1955

ISAYMVIO B.M.; H&ROULIS, U.Ya.
[Use of depth doses for soot sources of gamma rays from radioactive
cobalt] Glubinnye dozy dfia tochechnykh istochnikov gamma-luchei
-radioaktivnogo koballta, Moskva, Kedgiz. 1955. 6 p. (MINA 11:4)
1. Is Institute btoftsiki Almdemil meditainakikh nauk SSM.
(COBAIM-THERAPNNIC USS)

As
VY
USISR/Fitting Out of Laboratories - Instruments. H_
Their Theory, Construction2 and Use.
Abs Jour : Ref Zhur - Khimiya, No 3, 1957, 8696
Author : Andreyeshchev, Ye. and Isayev, B.
Inst
Title : Concerning Some Characteristics of Spark Counters Used
in the Recording of OW, -Particles.
Orig Pub : Zh. experim. i teor. fiziki, 1955, 28, No 3, 335-342
Abstract : It is shown that a constant corona discharge leads to
the self-stabilization of spark counters. The change
in counter characteristics as a function of the distan-
ce between the electrodes and of the hmidity has been
investigated. It is shown that the efficiency of the
counter increases with increasing humidity.
Card 1/1
............

ISAYEVI B. M. and SIMOMMO, D. L.
uPreUmilma Data an *s, Affects of Atoide Bomb Explosions on
Of Artificial Radioactivity In the Lower Atmospbere and Soil, a report edited by tJw
above and appearing In the Whablogton Post and Tim@ deraldj, ; Juw 190

21(3) SOV/112-59-2-3287
Translation from' Ref erativnyy zhurnal. Elektrotekhnika, 19 59, Nr 2, p 15 1 (USSR)
M.
AUTHOR: Aradenne, M., Yeger, G., Isayev, B., Roggenbuk, V_4nd
Froylikh, G.
TITLE- Pocket-Type Gamma-Radiation Dosimeter
(Karmannyy dozimetr gamma -izlucheniya)
PERIODICAL: V sb.: Iseled. v oblasti dozimetrii ioniziruyushchikh~izIucheniy'.
M., AS USSR, 1957, pp 112-114
ABSTRACT: A pocket-type electrometer with a quartz filament and a reading.
microscope is described. The electrometer has a linear scale calibrated in
milliroentgens. The scale span is 0 -200 milliroentgens - Thirty experimental:
models of the instrument were tested, The charge leakage never exceeded 5%
per day. The reading spread of individual meters did not exceed 10%.
N.G.Z.
Card Ill

836h4
3/123/59/000/007/012/014
91,,57?0 0 A004/AOO1
Translation from: Referativnyy zhurnal. Mashinostroyeniye, 1959, No. 7,
pp. 169 - 170-F # 25646
AUTHORS: Andreyeshchqy, Ye. Tamay yelinikov, I.F.
TITLE: Spark Counter/for the Checking of Alpha-Active Contaminate .d
Surfaces
PERIODICAL: V sb.t Issled. v obl. dozimetrii ioniziruyuahchikh izlucheniy.v~
Moscow, AN SSSR, 1957, PP. 162 - 165
TEXT: The authors describe the design of a portable recorder de-
vised for the checking ofOl-active contaminated surfaces. The device is
a multiwire spar)c counter, whose cathode (in distinction from other models
described previously) possesses an area of 150 CM2. The anode, supplied
with a high-voltage current df approximately 4500 V, is composed of 25
tungsten wires of 0.1 am in d:iameter',.which are drawn parallel to the
mirror-like polished surface of the steel cathode, at a distance of 1-5,mm
from the surface of the latter. The cathode stands more than 10 dis-
charges. The electrodes are fastened an a plexiglass base.. The fastening
Card 1/2

83644
S/123/59/000/007/01-2/014
A004/AO01
Spark Counter for the Checking of Alpha-Active Contaminated Surfaces
and straining of the wires as well as the ad justment of the distance bet-
ween the cathode and the wire is effected with the aid of screws. The
pulses are. recorded with the aid of a small neon tube or headphones. The.
Initial operating voltage amounts..to approximately 3,800'v. It is empha-
sized that. the efficiency of the counter does not amoufttto more but 0.5
1 but even this magnitude is completely sufficient for radiation mon:"Li..
toring. An advantage of the counter is the absence of background and the
possibility of recording N-particles At any value of the A and ?--back-
ground. The device has a high stability, its weight is 4 kg. There are 5.
figures and 5 references.
H.V.S.
Translator's notes This is the full translation of the original Russian
abstract.
Card 2/2

?1 (3)

1UTHORS: OnArm1w- - . S07/89-6-1-7/33
I Shallnov, M. I.
WON
TITLEv Measurement of,the Skin Dose of Hard Bromostrablung
(Izmereniye tkanevoy dozy zhestkogo tormoznogo izluoh*niya)
PERIODICALt Atomnaya energiya, 1959, Vol 6, Nr 1, py 57 62 (USSR)
ABSTRACTs The I-rays with a maximum energy of up to 250 MOV which
occur as bremestrahlung in a synchrotron were used for -the
purpose of distributing the penetration depth dose in-*
paraffin phantom. Investigation was carried out with A-aximum
bremastrahlung energies of 80, 180 and 250 NOV.
The paraffin phantom was composed of separate paraffin.1blocke
having a cross section of 30-30 cm and a thickness ofl, 2,
3 and 5 am. A maximum thickness of up to 41 cm couldL.bit
attained, which the bromestrahlung was able to penetrat-o
completely. Between the paraffin layers an X-ray film of
24.30*ross section was placed. The first paraffin plate
nf the phantom was at a distance of 260 cm from the radia-
tion output of the synchrotron.
The blackening intensity of the exposed films was measixred
along the entire breadth of the blackening spot by moans of
carvqo a densitometer, and was compared with the blackening in-tensity

measurement of the Skin Dose of Hard BOV/89-6-1-7/33
Bremestrahlung
60
of a control film which had been irradiated with Cc
Crays.
The distribution of the depth dose is represented by curve.
The position of the ionization maxima can be well approxi-
mated by the analytical expression
_
d 1-14 (1_e*"O.1E)
.
r
It applies when E > 4 MeV and when the focal length is
100 cm. E is the maximum bremastrahlung energy in MeV, d -
the depth of the maximum in glam,2
For the purpose of measuring the average skin dose of,.a hard.
bremestrahlung it is possible to use either a thimble'chamber
or a calorimeter. The two measuring methods are compiired
with each other.
In concluaion, the admissible dose for various r-energies
is calculated and the corresponding curves are plotted. The
results obtained agree well with the data given by reference
4. There are 6 figures and 4 references, 2 of which are
Soviet.
C

21(0)
AUTHORS-
TITLE-
PERIODICAL:
ABSTRACT:
sov/89-6-6-26/27
Koryakin, Yu., Isayev, B- , Shamanov, M., Zverev, G.
Short Encyclopedia "Atomnaya energiyall (Kratkaya
entsiklop.ediya "Atomnaya energiyall). Review (retsenziya)
Atomnaya energiya, 1959, Vol 6, Nr 6, pp 693-695 (USSR)
The authors discuss the above mentioned book which was pub-
lished in 1959 in Moscow by the Gosudarstvennoye nauchnoye
izdatellstvo "Bollshays, Sovetskaya Entsiklopediyall (Scientific
State Publishing House "Great Soviet Encyclopedia"). There is
1 Zovie.t.reference.
Card 1/1

9 Italm , ~Mm limm
, B.M.
(J~~~
Symposium on dosimetry. Atom.energ. 9 n0-5:424-426 N #6o.
(Radiation-Dosage) IIMIRA 13:11)
M

KWIN, A.M.; ISAYEV, B.M.; EHVOSTOVA, V.V.; TOKARSKAYA, V.I.; BREG.ADZE,
Ya.i.
liffectiveness of the biological action of C14 during-its
incorporation into living structures. Dolcl.AN SSa 134 no.4:
951-954 o e6o. (MMA 13-9)
1. Institut biologicheskoy fisiki Akademii nauk SSSR. 2. Chien-
korrespondent AN SSSR tfor Kusin).
(CARBON-4SOMPICS)
(PURS, WnC? OF X010ACTIVITY ON)

BIMGALI, LHSHCHINSKIY, red.;
PXUVZR22T. VJ.. red.; MAZIM'. Ye.I., tekhn,red,
[Isotopic gamm-ray. sources) Isotopive gama-ustanovkl. Pod reC
B.N.Isseva. Moskva. Qos.lsd-*o'Ilt-ry Y oblasti atomol nauld
i tekhniki, ig6o. 137 p. (MIU 14:3)
(Gams rays-lquipment and mpylles)

SM11107, ~UkMil Ivazkqvich; ISAYBY, B*Hog ka`nd.fiz*-matem.naul;,,, red.;
ZAVODGHIKOY.A, i;ed tekhn.red,
0
[Neutron tissue does] Timnevaia doze naltronov. Podred. B.M.
Isseva. Kaskya, Isd-vo glay.upr po ispol'scivanilu atomol
energii pri Sovete Kinistrov ;;;i, 196o. 217 P. (MIRA 13:4)
(RADIOBIOLOGY) (NIMCBra..-PHYMOLOGICAL BMCT)

BOW, B*M,
Physical principles of radjobiological experiments with neutron
flux. BiofizikIL 5 no. 4:4?9-487.160,, (MIRA 13:12)
Inaltitut biologichookoy fisiki AW&SR9 Moskva,
(RADIOBIOIWIM IMURCH) (f&UTRONS)

82734
3/089/60/609/002/005/01~
B006/BO56
AUTHORS: Bregadme. Yu. .0 IsAYSTA B. X., Kyaiovg TPA,
TITLE: An Ionization Method for Determining Absorbed Energy in
Mixed Fluxes of Past Neutrons and I-Rays
PERIODICAL: Atomnaya energiya, 19609 Vol, 91 No. 21 f pp. 126-131
TEXT: A large number of papers have already dealt with gamma-dosimei rj,19
and several methods have been developed for neutrono-dosimefry (also WEEK
' If the absorbed do as D: and D
a-gamma background of 10 to 15%). are
n
nearly equalt the methods of photographic emulsion and the chemical methods
are too inaccurate. Homogeneous, thimble ionization ch:mbirs (Rsfi*,79 8)
appear to be the most useful.,la the present paper, th authors give re"~'
aults obtained when determining the absorbed doses in biological objeots~
obtained by the last-mentioned method* In this methadj the neutron anti
gamma components are separated by using two chambers having different
hydrogen contents in their walls. From the difference between the effectsit
is possible to determine the ratio of the components. It is of importance
Card 1/4

82734
An Ionization Method for Determining Absorbed S/08~/60/009/002/005/015
Energy in Mixed Fluxes of Past Neutrons and Boo6/B056
Y-Rays
that the chambers b*~homogensousv i.e.p that the walls have the same ah4mi.-
oal composition as the filling gas, so that absorption coefficient and mass
stopping power of wall and gas are equal. The authors ~4psr&tsd with two
afid three dhamberal the first chamber consisted of polyst4lansolan4 was
filled with ethylene, the second consisted of graphite w th a CO 2 f illins,
the third was made from a special plastic material of the type "Aerion"
(Ref. 12)g filled with an ethylene-CO 2 mixture (14.1.25)o.The hydrogen
content in the filling gas mixture was the same as in Aerion, the oxygen
and carbon contents varied, whichq howevert did not essentially disturb
the homogeneous behavior of the chamber. The conducting layer of the
polyethylene chamber consisted of a semi-permeable aluminum foil
(0.01 mg/ am2) which had been sputtered in vacua TheIvolumes of the three
chambers were 2.12, 2.26, and 2.59 am 3. The experiments were carried .'aut
on one of the horizontal holes of the WPT(IRT) reiietor. :A system of boron
carbide and bismuth filters (150 mm thick) was used to reduce the gamma
Card 2/4

82734
An Ionization Method for Determining Absorbed S/089/60/009/002/005/(Il-
Energy in Mixed Fluxes of Fast Neutrons and B006/B056:
I-Rays
and thermal neutron fluxes. The energy, W, n*dessaryfor the formation
of ion Isairs in the filling gases amounted to 27 evo 33-5 ev, and 3,04 ov~
for the three chambers toed. The data concerning the chemical compositions:
of-the biological tissues (Table 1) and the corresponding maso(absorption
coefficients are used to calculate the coefficients a i and bi a I denoto
the ration between the true mass absorption coefficients of the wall
material of the i-th chamber and the true mass absorption coefficients
of the tiesual bi denote the ratios betweea,the energy absorbed in I Ig of.
the wall material of the 1-th chamber and the energy absorbed in 1 g of
tissue). The true mass absorption coefficients p/Q and the. values of Ai
for muscle and bone tissue as well as polyethylenes Aerion, and graphitt~
are given.in Table 2t and the values of.bi (for different neutron speot:ra)
in Table 3. The bi-values do not depend on the shape of the spootrum:withia
the limits of measuring accuracy, which is of great importances because it
is not necessary to take the change in the spectral composition of the
Card 3/4

82734
An Ionization Methodfbr Determining Absorbed 5/089J60/009/002/005/.0115
Energy in Mixed Fluxes of Past Neutrons and Boo,6/B056'
neutron flux into account when determining the tissue doses at varioual
depths. The. doses D, - D 3 absorbed .in the walls of the-three chambers oor--~
respond to the following doses absorbed in muscles and bonsi:
Polyethylene: 1-04 + 1-41 Dm - DI; 1.07 D b + 2-15 Db = Di.
n
m b b
Aerion: 0.96 D + 0-55 D' = D2 0.98 D + 0.85 D = D
Y n n 20
b b
Graphite: 0-915 Dm + 0.105 Dm' -D D
n 31 0 94 7 + 0." Dn DV
From these relations it in possible to calculate the tissue doseso The
neutron-sensitivities of the chambers were between 0.2 and 8 Rev. A final
investigatio .n of the measurement of absorbed energy (for neutrons) relMlted~
_/D ...The authors thank,
in an error of - 15%. It depends only little on D
n I
Yu. F. Chernilin for his helpq and G. B. Radzivevekiy for discussionsa~Thete
ate 3 figures, 3 tables, and 17 references: 6 doviet, 2 British, 3 USO
and I German.
SUBMITTED: April 11, 1960
Card 4/4

/0
POM I DOOK EXPL4MATION 807/~40
Fedorov, N.D., Candidate of Technical Sciences* CoaTtler
Kratidy sistav chnik itzbenem-'fisikat Tadern4a fisika. Atomma7a. fisike,
(Concise Handbook for the Engiveering Physicist: ftelear.PhysIcs. Atadc
ftsics) Moscows Ato abla t 1961. 5M p. 28,0W copUe printeA.
Ed.: A.F. AlymbI Tech. Mt, Ye. 1. Ummll.
PMMMi This reference book Is InteDU4 for eagimserm m" *yalclats mr"
in 0* field of, atoodo ejA mclear *pIcs.
COTEMM The first seven parts f tho'book ecat"a the most n"tooaa reftrence
Aaterial on atomic and nuclear pWdes. Tbs. remaining varts, pmeent Istbra -Mim
imd data from othor.related Ilds. i The lost part given the InformatIon an
syste= of units campils& !the n~;-0092 "ecifteationo, Yhysical constantst
and a6= mathematical data. 3 parepuslities an mentlowd. Reftrencem
A
saoowpmq each part of %W
S. i

P

Concise Handbook (Cont.) SOV/5425
Bibliography 298
PART ZIM, DOSINNW AND NUIM PAFMMMUS ICOVATION
RADIATM WIM (S, 14 IBAMW)
19 Basic Deflidtions an& Date for Calculating Tierm Dwes 299
Ilo Doslustric Chs teristles of Radiation Souxess 331
M. YAximum Permissible Ionization Radiation Levels 318
Bibliography 333
PART NM. WAMM MMMS (L,. P* PMnW)
1. Instruments for Measurement of Radiation Level 335
11. Counters for Registration of Ionizing Radiation 338
M, Scintillation Crystals and Naterials Na
Card 9/13

3/74 2/000/000/016/025'
D2 9 6YD'3 07
AUTHORS: Xuzin, A. M., Isalfev B ki Khvostova V. V., Tokarskaya'
V. I. and Bregadz3'~Yu. I.
14
TITLE; The biological effect of C incorporated into living
tissues
SOURCE: Radiatsionnaya genetika; abornik rabot. Otd. biol. nauk
AN SSSR. Moscow, Izd-vo AN SSSR9 1962t 267-273
TEEXT: After the performance of nuclear tests the contx~nt of radio-
active -carbon in Uhe atmosphere increased 'between 1955.and 1958'at
5c,,,', annually. When assessing the possible biological effects of these
Qoses.they are usually estimated by thd radiosensitivity of,living
tissues exposed to the external source of radiation. These calcula-
tions fail, however-, to take into consideration the special geometry
14
6f incorporation of C into radiosensitive structures-such as chro-
mosomes as well as the so-called transformation effectlin DNA mole-
-cules (C14 N14). These effects may lead to more frequent aberra-
Card 1/3

S/747/62/000/000/01 ~54'025
The bioloaical effect ... D296/D307
tions than expected from calculations on the basis of the dose to,
which -the cells are expoued. The authors compared -tile biological
effect of 014 incorporated into plant seedlings, with the-effect of
60
exdoaure to external gamma radiation emitted by Co Normally grow
ing 10-day old plants were placed into a photosynthesis chamber con-
taining C14 02 (total activity 100 )U C, volume of chamber 22.5 dm?)";''
radioactivity of the inner layer of the plants was estimated on scin-
tillation counters and the tissues were investigated cytologically,
countinto), the proportion of,microriuclei and the mitotic index. The
percentage of cells with chromosome aberrations increased from 0.16%
in t-he control plants to 0.206~ in the experimental plants. r-lant,
cells exposed to more than double the dose of radiation (OobO)
showed a slight increase in the number of aberrations but calcula-
-ion revealed that the imutagenic effect of incorporated C14
v L was ten
times higher than that of an equal dose of external irradiation@
14 14
--- This fact shows that th.- transformation effect 0 N as well:as
Card 2/3

S/74 62/000/000/01-6/025~'
The biological effect ... D296YD307
14~
the special geometry of the incorporation of C bare factors to be
considered further. There is 1 figure and 1 tablee
ASSOCIATION: Inatitut biologicheskoy fiziki AN SSSR, MoBkva n--;,
stitute of Biological Physics,.AS USSR Moscow)

BREGADZE,, Yu.I.; ISAY-IT., B.M.; hVASOV, V.A.; LEVIN, B.A.; CIEMILIN, Yu.F.

ACC NR. AP70001-30 ~SOURCE CODE:- UR/ 0115/'66-1000/ 0111002010022
AUT110R.. Isayev, B. M. regadze, Yu. I.; Korshikov, A. V.
OkG: none
.-TITLE: The..units "ber"and "equiV,alent rad"
SOURCE.*~ Izmeritel'naya tekhnika, no. 11, 1966, 20-22
TOPIC TAGS: ionizing radiation biologic effect, relative biologic efficiency,~
radlobiology, x ray radiation biologic effect, rapiation shielding, radiationwafetyp
radfatiaA dosimetry
ABSTRACT: The authors answer the-objections to COST 8848-63, establishipg standard
units_for.-rJdiolo$ical measurements, raised by M. F. Yudin [see AP70001281 and,
I. B. Keirim-Markus.et al. [see AP7000129].. Since COST 8848-.63 permits use ofthe
units rad and roentgen in addition to or instead of the official standard units
joijlelkg and'coulci6/kg, there is no need to revise the COST standard as suggested
`by.,Keirim.-Markus. Elevation of ber and rem to the status of standard units is.felt
to be preinature, in.the absence of a standard scale or procedure for reproducing
these units or calibrating instruments with them. Yudinis suggestions that the
ICRU (International Commission on Radiological Units) term "dose equivalent"'be
replaced by a new term, "equivalent dose," iEi rejected as making a distinction where
no difference exists, and as-defeating the ICRU's effoits to reserve the noun "dose"
Card I / 7 unr r.77-101(nl7l

_I~V Z.;
ACC NRi AP7000130
to denote absorbed dose." There is likdwis'e no need to invent a special new unit,
-'the-"eqiiivalent iad," to express dose equivalent (Yudints "equivalent-dose"), sinr~e
..thejinita ber and rem already exist-for this purpose* EDP)
~SUB CODE. '16, 06/ SUBM DATE: lOAug66/ ORIG REF: 003/ OTH REF: 001/
ATD PRESS., 5110

Ufa petrolop workers at the Orsk Bad Gurlyev petroleum refining
Plants. lefilAnik 2 no.1:11-13 J& 157. (WAA 10:'2)
1. ZOOStItell, gUynogo mekhanikeAfinskogo ordena lanIns, neft*-
pererabatywayushchago sayoda.
(Orsk-Petrolemi-Refining) (Our 'ysv--,P*trol*uv--IefInIng)

ISLIXV, B.N.
Ufa petroleum workers are mechanizing repair operations. Reftianik
2 no.1:26 J& 157. (NLBA 10: 2)
1. Samestitell glaynogo mekhaniks 'Uf tankogo ordena Louins neftspers-
raUtyvayushchago wo".
Ma-Petroleum-Refining)

MAKOGON, I.Ye.1 ISAYEV. B.P,, WICHEV. V.1,
Redesign of the ejection assembly of a CM 143 press. Ognsupary
30 no,91-43-" 165* (MIRA 1&9)~
L Balokasenskiy thasotryy tavod,

ISAYEV, B.U.. - -
Effect of the thymus gland on the development of some
organs In lambs. Izv. AN Kazakh. SSR. Ser. biol. nauk
3 no.4:99-103 Jla-Ag 165. (MIPA 18:111)

ISAYEII B.U.
Function of the thyroid gland in lambs, Izv. AN Kazakh. SSR.
Ser. biol. nauk 3 no.2:90-95 Mr-Ap 165. (MIRA 18:5)

ISAYEVY B.U.
Age morphology of the t)~y=s gland. Izv. AN Kazakh. SSR. Ser. biol.
nauk no.200-93 163. (NIRA 17-.10)

ISAYEVY B.11.
-- ------ ~ -.1- - ~ - - 7-
Age-related micromorphology of the thymus gland in sheep.
1%v. AN Kazakh. SSR. Ser. biol. nauk 2 no.6t7842 N-D 164.
(MIRA 18:3)

ABDULLAYEV, A.A., kand.teklui.xiauk; NABIYEV, I.A.0
A.A., inzh.; TSAYEV, D-G-0. inzh.; YUSIFOV., A.A., iuh,
Converter of,the time-puloo telemetering system with electric
power compensation* Makh. I aytom.proizv. 19 no.3:15-17 Mr 165.
(141PA 18:4)

Tsxnt'.' !).I. I --- - - ---
~ -.7-
"Swamm of the 'I rtliern Kiriz." C-Ind Sci., lnirl~-.iz State
- 'i0
U, Frunze, 1955- (KL, 'No 10, Mar 5-)

I.G., akademik; kand.geograf.nauk
Peat deposits of.the lirghis S.S.R. Zbor.ot.po lxuchotorfefon"
U09,2:147-156 1570' 11: 8)
I'All Kirgizakoy SWt (for Dmhinin). 2. Kirglaskiy gosudaratire
'.
univeraltat (for Isayev).
(Urghl.sistan-Peat)

D. 1.
NNIMM
Classification of marsh areas of southern Kirghisla, Trudy
Otd.geogoi Tianofis.-geog.sta.AN Kir.SSUR no.1:59-66 158.
(MIRA 12:2)

I-Ul3V, D6I.; DR7ZHININ, I.G.
Ummommmm
Peat bogs In the Kirghiz S.S.R. Trudy Otd.geog.1 ITian.fix.-
geog.sta.AN KIr.= no.1:67-75 158. (MIRA 12:2)
(Kirghizistan--Peat bogs)

ISAT3V, D.I.
larst phenomena In the eastern part of the Terskel Ala-Tau.
Trudy O+A, p
,eog.1 TtanfIz.-geog.sta.AN 11r.SSR no.1:161 '58.
(MIRA 12:2)
(Terskel Ala-Tau-Narst)

ISAUVI D. I.
Plant of the geomorpholocal division of Kirghizistan. I". AN
Zir. SSL Ser. set. I tekhe nauk 1 no.2:13-19 '59- (I(DLA13:9)
(KIrShiststan-ftsical geoUapbgy)

ISAUVI D. 1.
11-~~~
On the morphology of the Ketmen-Tyube depression. Izv. Al lir.
SSR. Ser. est. I takhe As,* I no.2:35-41.159* (MIRA 13:9)
(leften-Tyube region-Geology, Structural)

QI-SAnIV, D. I.
Oligotrophir, wet meadows of the Sarydzhaz. Izv. AN Kir. SSL
Ser. eat. i tekh. nauk ~ no.2:105-106 1599 ' , (KIM 13:9)
(Sar7dshas Valley--ftetures arA m"dovi)

BOLISHAKOV, M.N.; VYKHODTSEV, LV., doktor biol. nauk; NIKITINA,
Ye.V., kand. biol. nauk; ZABIROV, R.D., kand. geogr. nauk;
ISA U-,JLI,, kand. geogr. nauk; KASHIRIX, F.Tq KORDLEV,
V.G., kand. geol.-miner. nauk.,- LUNIN, B.A., kand. geogr.
naukj MAMYTOV,, A.M., skademik; OTORBAYEV, K.O., kand. geogr.
nauk; RYAZANTSEVA, Z.A., kand. geogr. nauk, at. nauchn. sotr.;
UMURZAKOV, S.U.; YANUSHEVICH, A.I.; BLAGOOBPUOV,~'V.A... red.;
BEYSHENOV, A., tekhn. red.
[The nature of Kirghisistan;.brief characteristi6'of Its
physical geography] Priroda Kirgizii; kratkaia fisiko-
geografichookaia kbarakteriatika. Frunze,-Kirginkoe goo.
izd-vo, 1962. 296 P. (MI RA 16:7)
1. Geograficheakoye obahchestvo SSSR. Kirgiaskiy:filial.
2. Zaveduyushchiy Otdolom geografii AN Kirgixskoy~,SSR,
predsedatell Kirgizskogo filiala Geografichiskogo' obabcbft-
stva SSSR (for Otorbayev). 3. Dekan geograficheakojo fakulv-~
teta Kirgizakogo gosudarstvennogo universliets, (for Umurxako'v).
4. Zamestitell direktora institute. geologi1AN Kirflizskoy SSR
(for Korolev)* 5. Rakovoditell sektora geomorfologii Otdela
geografii AN Kirgizskoy SSR (for Isayev). 6. Chlen-korrespon-
dent, zaveduyushchiy sektorom Instituta geologii AN Kirgizakoy
SSR (for Kashirin).
(Po4timed on next caid)

~OLISHAXOV, M.N.-(continued). Card 2.
7. Direktor Tyan-Shan'skoy vysokogornoy fisiko-geograficheskoy
stantsii Otdela geografii AN Kirgizskoy SSR (for Zabirov).
8. OWel geografii AN Kirgizskoy SSR (for Ryazantaeva). 9. Chlor
korrespondent, direktor Instituta energetiki i vodnogo khozygy-
stva AN KirgizskoySSR (for Bollshakov). 10. 7.avedyushchiy Otdelom
pochvovedeniya AN Kirgiaskoy SSR (for Hamytov). 11. Chlen-kor-
respondent, vitseprezident AN Kirgizskoy SSR (for Yanusbevioh).
12. Zaveduyushchiy kafedroy fizicheskoy geografii:Kirgizskogo.
gosudarstvennogo universiteta (for Lunin).
(Kirghizistan--Physical geography)

ZAAYEVj,~~
(loolorphologic "glamUsation of Kirghisistm. lav. Kir. fil.
0999. obm SSSR no*32103-109 162. (MM 15 t,10)
(lirgidsletan-Coamorpbolov) .

_LUM, E -1 111
_D,.I,.i CLUSI[KOVA, K.J.; ALI" V, Z.A,; DPIIL- A, A.P.;
TOROMAYEVY sh.T.
[Relief of Kirghizia] Rellef Kirgjzii. Frunze, Izd-vo
"Iliffil t1 1964. 144 P. (bilp-4 l8a)
L.
1. Akadordya nawk Kirgizskoy Sca, Frunze. oWel geografi-I

ISAYEV, D. I. j, otv. red.
[Geographica study of the high altitude depressions of
Kirghizistan in connection with developing themj deogra,
ficheskie issled6vaniia vysokogornykh ,padin Kirgizii v
sviazi s ikh osvoeniem. Frunze, I11m# 1965. 151 P.
(MIRA 16:3)
1. Akademiya nauk Kirgizskoy SSR, Frunze. Otdel geografii.

Is Pt
137-58-4-6825
Translation from. Referativnyy zhurnal, Metallur8iya, 1958, Nr 4, p 73 (USSR.,
AUTHOR: Isayev, D..I.
TITLE: Cleaning Lead Shaft Furnace Gases by High-speed Dust Ca'J"Chl.
ers (Ochistka gazov shakhtnykh pechey svintso,voy plavkiv
skorostnykh pyleulovitelyakh)
PERIODICAL- Byul. tsvetn. metallurgii, 1957, Nr 13, pp, 22-26
ABSTRACT: A description of the design. and of the output criteria of an
installation of high-speed dust catchers (HD) at the Chlmkenf
Lead Plant is presented. Shaft-furnace gase5are cleansed of
dust in the HD battery. 150, 000 m3 dusto-laden gases per hour,
having a temperature of 1500, enter the HD scrubber (inside
diameter 6 m, height of cylindrical portion 12 m). In the:acrub-
ber the gases are cooled to 38-620 and undergo partial precipi-
tation of the dust (appx. 35% on the average), Precooling and
moistening of the gases increases the DC e6iciency. From the
scrubber the gases go to 4 high-speed atomizers (ihroat charn~eter
360 mm). Water delivery to the atomizer is radial and axial,r The
high-speed atomizers are connected with direct-flow cyclones
Card l/*2 (inside diameter 1.3 m). From the cyclones the gases go to 2

137-58-4-6825
Cleaning Lead Shaft Furnace Gases by High-speed Dust Catchers
exhausters and are expelled,.(into the atmosphere. The, best,results in dust
catching are attained when the gas velocity in the atomizer nozzle is 80-95
m/sec, and the water consumption on irrigation is 0.6-0.8 liters per nm';,
the hydraulic resistance of the atomizer being 400-500 mm H~O. Tht.HD in-
stallation operates at a steady 95-97% efficiency. The dust content of the
scrubbed gases is < 0.25 g/nm3. Operational difficulties were encountered'
in using the HD, as the convergent duct of the atomizer and certain other
parts of the equipment clog',Wi.th slime.
G. G.,
1. Furnaces--Maintenance 2. Dust--Reduction 3. Equipment--Design
4. Equipment--Operation
Ca z d 212

ISAM.-D. 1:.2 CRMYEV~ N. V., ~--WOLVIN~ IT. S.
Excavatomg Machinery
Small capacity pump-crane for liquid peat, TMG-350. Tekst.rpom 12, No. 9# 1952.

USSR/Huuan and Anii.-r-l Physiology. Tho Nervous System T-1.2
iibs Jour Rof 2liur. - Biu.14., No ~k; 19581 110 65700
Author Isa
x
~
Inst imtrc-A
n
Scic~ntific Society of Houropathologists and
I
P-Ilychiatiiits
Title 'n VLaptonatric ~:Study of -th6 visunl~,Iimalyzcr in. Children
with Different' Folms of: tpilepi
Y
Drig, Pub b$,'tr$, L6nin'g
r-.-,-na*Uchn.' 6-Va novropa o
*ili psiihiArov,
S
,
,
-
19571 W.- 11-, 35-40
Abstract In comparison vith niom--a- ""lud a.. theie ~wds, noted! in,
.
C~ilcirehl with :e-piieps .y:a. 1.o,v.initial le4el
of &.r .k-ada~tation
(10 to 20 seconds followinZ illwAnation), reduced racte of
doveloV.aent of light sensitivity ((,aneracl inactivityor
nervous processes, the predominc-neo of inhibition), and
a change in light sensitivity depandent upon the subject's
condition. When the course of the illness was slow (23
cases), the horizontal portion of the "adaptograzi" was nora
stable than norTaal
, and the changes in results fran experiment
C,L~ .
1/2

...... ......
10r)f.
1.2.- ` 1-7)

ISAYEV D N.
Ztometria study of some. neurodynamia pecullAwities in ohild~ll
with *ious forms.of spilaptio conditiom, Sbor. trud. Len itchn.
ob-va ~m. i paikh. n0*6019-330 .159* (MnA 13:W'.')
I* Is Wedry pmikbiatrii Pedlatrichaskoga meditsimmkogo batituta
(zav. prof, S.S. mn7~1-him).
(EPILICPSY) (U*PUS ISYSTEM-DISEMIM)

.ISAYKV. -D.R.
Some peculiarities of the course of influenzal psychoses in childron.
Zhur.nevr,i poikh. 60 no.7:872-875 160. (Mn~k 14:1)
1. "dra paikhiatrii (jav..- prof* SOS. Mnukhin) Pediatricheskago
mecfite-inskogo institut&'I~-y Paikhonevr'ologicbeskoy bollnitsy (g3jLmW
vrach D.N. Isa7ev)v.-Leningrad.
. (IMqMWA) (PSYCHOSES)

D.N.
Studies on dark visual adaptation as a method for neurodynazie
studies in some neuropsychiatric diseases in children. Vop.psikh.i
nerv. 8:315-319 162. (MIRA 17:4)
1. Iz kafedry psikhiatrii laningradskogo pediatricheskogo maditsinskogo
instituta (zav. kafedroy prof. S.S.Mnukhin).

AFANASIYEVA, Ye.V.; HILEVSKAYA, I.N.; I~AYEV, D.N. .
Systematized formation of delirium in adolescents. Zhur.nevr.i
psikh. 62 no.7:1038-1043 162. (MIRA 15:9)
1. Kafedra psikhiatrii (zav. - prof. S.S.Mnukhin) Leningradskogo
pediatricheskogo meditsinskogo instituta.
(DELIRIUM) (PERSONALITY, DISORDERS OF)

ANFILOV, A.A., Inzh ; BAKALEYNIK, Ya.M., inzh.,- BIRGER, G.I.,
inzh.; BRUK, B.S., inzh.; BUROV, A.I., inzh.; GUIZBURG, V.L.,
inzh.; ZABELIN, V.L.:,inzh.; ZAPLECIDPfY, Ye.G., Anzh.;W
DA.V., inzh.,- KLIMOVITSK3Y, A.M.., inzh.; KRYUCHKOV, V.V., inzh.;
KOTOV, V.A., inzh.; ~tDeW, A.Ye.. Inzh.; PODGOYETSKIY,
M.L., inzh.; SAZHAYEV, V.G.t inzh.; hEVA&IiANOV, V.V., inzh.;
FILIPPOV, S.F., Inzh.3 FR%IBERG, A.B., inzh.; SIDWEROV, M.S...
inzh.; ERLIKH, G.M.p inzh.,, VERKHOVSKIY, B.I., red.; ZUBKOV,
G.A., red.; KARKLINA, T.O., red.; OVCIIARENKO, Ye.Ya., rod.;
ANTOVOV, B.I., ved. red.
(New means of automatic and centralized control for nonfer-
rous metal mines] Novye sredstva avtomatizatsii i dispetcher-
skogo upravleniia d1da rudiAkov tsvetnoi metallurgii. Moskva,
Wedra, 1965. 93 p. (MIRA 18-.4)

X~E V V S0111136-56-t-3121
AUrHORS; Averbukh,, M.A., Biirnashev,, A.A., Birger, G.J., Baysh, L.G.,
Zubkov, G.A., Zhiryakov, N.I., aayev, D.V., Uvcharenko.,
Ye.Ya. e F
Fromberg, A.B. and Shn yerov, I.T.
TITLE: New Means for Automatic Testing and Control in Non-
ferrous Vetallurgy (Novyye aredstva avtomaticheskogo
kDntrolya i regulirovaniya. v tsvetnoy metallurgil)
PERIODICAL: Tsvetnyye Metally, 1956, Nr 6, pp 15 - 25 (USSR)
ABYrRACT: Many processes in non-ferrous metallurgy involve:corrosive
media and the KonstruktorskDys byuro (Design Bureau)
Tsvetmetaftomatika (KB UNA) have since 1955 been working
on pneumtic control methods,, which are especially
suitable for such conditions. Other organisatiors named
by the authors as some of those working in the sane
field are: Institut avtoratild i telemekhaniki AN SSSH
(Institute of Automation and Telemechanics of the Ac.
Sc.USSR), NIITeplopribor, TsLA of the "Energoehermet"
Trust and the "Tizpribor" Works. A wide range (Table 1)
is covered by the pneumatic transducers, produced by
the KB TsMA (Figures I and 2) in which use is made of a
corrosion-resistant Soviet plastic, A series of corrosion-
resistant valves have also been produced (Table 2),
Card 1/3 including a diaphragm type Ath a position indicator.

SOV/136-5Fl-6-3/21
'New Means for Automatic Testing and Control in Non-ferrous Metallurgy
(Figure 3). Fox, the continuous analysis of hydro-
metallurgical solutionst the KB TsMA in 1957 developed
(Figure 4) an automatic polarographic concentration-
mieter, type KAP-225, with a transducer type DAPK-226:
this device has been successfully used at the IIKLektrotsink"
Works for analysing for cadmium in zinc electrolyte and
is based on alternating-current polarographt. The
KB TsMA have developed a series of radioactive mthods.,
particularly for level indication over a wide (type URP)
(Figure 5) and a relatively narrow (type URPR) (Figure 6)
range. A radioactive density-meter,, type PR-1501
independent of the mineralogical and size composition of
pulp over a wide range has been successfully tested at the
Zolotushinskaya obogatitellnaya fabrika (Zolotushinskaya
Benefiziation Works) (ranges 1.5-2.5 and 1-2 kg/:Litre).
Work is proceeding on other radioactive meter including
a mois ture meter, for concentrates " similar materials.
Based on/a cormuion-resistant, differential, thermo-
electric anemometer (electrical circuit proposed by
engineers V*A. Drozdov and A,11, Listov), a fl6wmeter for
pure or air-diluted chlorine has been developed ty the
Card 2/ 3

SOV/136-58-6-3/21
New Means for Auto-otic Testing and Control in Non-ferrous Metallurgy
KB Ts11A; they have also developed an analyser (t~Te
GAKh-239) for chlorine which i~ accurate to + 3% and these
two instruments are to be used in an integrated automation
system being devised for the magnesium industry. The
KB TsMA have developed an automatic installation for
(Figures 7 and 8) controlling a single pump in relation to
the liquid level. Another recent activity of this organ-
isation has been the development of the type AVI-229 over-
heating protective device (Figure 9) and a tivelve-Doint
temperature signalling device (Figure 10). The ATV-229
device is to be produced by the Tsvetmetpribor Works. In
collaboration with the Institut gigiyeny truda i prof,zabo-
levaniy M-91 SSSR (Institute of Work Hygiene and Occupational
Diseases of the AMS USSR), the KB TsMA have developold a
device (Figure 11) for continuous measurement and recording
of mercux-y-vapour concentration in air in the range
0.1 - 0.6 m&/m3. This instrument (IKRP0445) (Figiira U)
also gives an alarm signal if the concentration becomes excessivo
and its range is being extended.in both directions*
Card 313

18.looo, 18-8400
65686
SOV/136-59-10-3/18
AUTHOR: Isayev, D.V,
TITLE: n" ator of the Presence of Ore on Conveying Equilment
PERIODICAL: Tsvetnyye metally, 1959, Nr 10, pp 19-21 (USSR)
ABSTRACT: In 1958-1959, the KB TsMA developed an automatic device
to show the presence of ore, concentrate or mix on belt
and other conveyors. The author examines a number of
detectors (contact and non-contact) developed for -this
purpose by research institutes and industrial
enterprises. The Mekhanobr-institute weight Indicator is
based on the ordinary belt weigher but is complicated and
unsuitable~ The Yerevanskiy institut gorno o dela
9
O radiation
(Yerevan Mining Institute) have utilized Co
but the device is potentially unsafe, expensive and
involves a complicated electrical circuit. A high-frequency
generator and capacity element are used in a device
developed by the Dnepropetrovskiy zavod selenovykh vyprya-
mitely (Dneprop5txovsk Selenium-Rectifiers Works): this
device is complicated and sensitive to radio interference.
The KB TsMA decided to adopt a contact type electrode
which is suitable for most types of ores. The type
Card 1/2 ES-1000 electronic indicator previously developed by the

65686
SOV/136-59-10-3/18
Indicator of the Presence of Ore on Conveying Equlipment
organization was modified, in the light of~full-scale
test results, by the introduction of a time-delay (to
avoid operation when large ore lumps cause temporary: loss
of contact by the electrode). The circuit of the new
indicator (called ES-1011) is shown in li'ig 1. A type
DE-63 electrode element (Fig 2) was selected forthe.
detector, a flexible cable electrode 8 to 10 mm in
diameter suspended front an insulating support being found
to have sufficiently high resistance to wear. The complete
indicator behaved well in tests, an experimental model.
is in operation at the Mizurskaya obogatitellnaya fabrika
and a further batch are being prepared. There are
2 figures.
ASSOCIATION:KB ,Tsvetmetavtomatika,,
Card 2/2

A 7 EtqT~d)/E-WA(d)/FVP(--V)/1rW v0WIP8, le-4
~5_
S51 ~ .1 0 0 !114 52.
T r4 NR: AT50 1810 0 0 4 0 Vi 0 A'
AUTHOIR: Bormotina, T. S. (Moscow); Isayev, D. V. (Moscow)l
Karro, Ir. A. (Moscow) 4
TITLE: Contactless logical elements and experience with their, iadustrW, me
SOURCE: Vsesoyumnaya konferont'siYa Po avtomatichegkomm kontralyu i matodam
ejt--ktr~~c~.eskikh izrnerenlv. ith,,.~ovow'birsle, 1962. Avto-maticheakiy ka-afrall I
na'v,~)- ~ lektricheskikh izrnerenly; trudy konferentaii, t, 1: Met-ody clekiri-
chaskikh izmeremiy. Tsifravyye Inmeritel'o-yye pribory~ Elementy izmeritcJ'i%ykh
sistem (Automatic control and electrical measuring technIqu6s; tr"aactiona of
the cardereace, Y. 1. Electrical measuring techaiques. Digital measuring
,instrumerits. Elements of meaaurement systems). Nwasibirek, Redirdat 3ib.
otd, AN SSSR, 1964, 146-15Z
TOPIC TAW: logical element. contactleso logical element
ABSTPJXT: Ths development 6f afimdaird -'design, : taUtial-tXft transiattor ailit-
PO
!,ferrite-tranaistor logical elements is reported. The elementsi are designed.Vir-,'
'+ 15 +50C ambient temperaturej they can be combined to reallne AND# 01t, NOTt

L 54587-65
"ACCESSION NR: ATS009810
and inversion functions. Diodes introduced between the potential elements tsWato
them from each other. input current, 3. 3 ma; open-transistor ci~rrant, 24 rna;
switching time, 4P, qcc. rhe ferritc-tranaistor element iu dosigmed for 6
_ecorlinas or Ge transistor autptlt aiso
15 readings in other elements. U-11
C,
developed (-:.,n control 96 w at a supply voltage of 24 v and 19Z w at 413 V, witK a n
ef Ificiency of 97-99%. The ferrite -transistor elements Mroe used in an auto mtti
control sy Le_TAeveloped for a Duo-800 hat-rolling mi.U. 'no, malfunction attribtL-
table to noise was recorded during the entire period (from Jan-61) of testing and
trial operation of the Control system. Tho potential transistor elements werc
used in an automatic precise -stopping systern for a Quarto-2800 reversing cold-
rol-Ling rnilL. Orig. art. has: 5 L`guxes.
ASS0GI.NT',:0N* Tovetmetavtornat1ka. (Nomferrous Metal Automation. Design
Bureau)
SUBMITTED: ZSSep64 XNCLi 00 S~ GOD&I DF
NO REF SOV'. 004 OTHER: 000,
Iq

A
L, (Ae0e ; lS YEV Dzh.
,,Licr-),,4ave berd apectr= of and CH3CHDOH moletwles.
Izve t1l Azerb. SSEL* Ser. fiz.-tethe i mat. nsxdL no*2!62-67
(MMA 18: 8)

IMANOV, L.M.-,- KADZHAR, Ch.O.; ISAYEV. I.Dzh,,
Microwave rotational spectrum of GD3CD20D and CD3CD20H WIOC-ules,
Opt. i spektr. 18 no.5q.904-905 My 165~
(Miru 18CIO)

ISAYEV, E.A.; PLATONOV, S.A., polkovnik, red.; CHAPAYEVA, R.I.,
red.
[Transistorized voltage converters] Poluprovodnikovye
proobrazovateli napriashonlia. Moskva, Vbenizdat p196Z
109 P. (Transistor circuits), (MIRA 16:4.)
(Electric current co'nVerters)

ISAYEV, Emanuil Aronovichj MELINIKOVA, Zh.M., red.
(Image on a magnetic tape] Izobrazhenie na. magnitnoi
lento. Moskva., Znanie., 1964. 15 p, (Novoe v zbiznip
nauke., teldnik~. IV Serlia: Tokbnika# no*24)
(MIRA 17: 11)

PHASE I BOOK EXPLOITATION
12-1
AUTHOR: Artaimovich, A.N.
TITLE: Special Technological Processes in Intrument Manufacture
(Spetsiallnyye tek~nologlcheekiye proteeney v priboibstroyopl.
PUIj. DATA: Gosudarstvennoye soyuznoye Izdatelletvo sudoetroitellnoy
promyshlennosti, Leningrad, 1557, 236 PP., 5,500 copies.
ORIG. AGENCY: None Given
EDIT01t: Isayev, P.A.; Responsible' Ed.: Kaahin, N.V.; Tech. Zd.:
KontorovIch, A.I.
PURPOSE: The.book is Intended as a textbookfor students inlradio
engineering and elettro-mechanical technical schools,.
-It'may 16e.useful to technologists and forement takIng courses
to indrease their qualifications and also helpful to engineeri
and technicians employed by-Anstrument'manufacturing
enterprises.
COVERAGE: The.book.describes special technological processes.*hIch
miy be employed by plants producing Instruments and'
equipment. A. significant poklon of,the book Is devoted I
to the electrical wiring 'of equipment, methods of mark.1 ng
electrical components, 'connecting wires and cables.
Card -1/7

1 21
.Special Technological Processes In Instrument Manufacture (Coat.)
Sufficiently full treatment Is given to soldering and brazing,,
and to modern methods of brazing such as brazing in protective
hydrogen atmosphere high frequency induction-brazing, and ,
ultrasonic brazing-taluminum and alumi *num alloys). Separate
chapters are devoted to the technology of producing ceramic
a casting-of nonferrous'alldys,,,-to Investment 'canting,
_V rta' to'
__gluelng'~of metals and nonmetallic materials, etc. The text
is illustrated with detailed data, technical specifications,
manufacturing instructions, standards, etc. "A list of official,
-specification instructions used In the book in-given at the en'd.
There are no references and there is no mention of personalities.
TABLE OF CONTENTS Page
Prefacit
Ch. I. Preparation of Cast Alloys 5
I.. Preparati.on of cast alloys from ferrous
metals 5
2. Preparation of alloys with electro-
- technical properties 8
3.- Preparation of coppe"r base cast alloys
Card 21T

121
Special Technological Processes in Instrument Manufacture (Cont.)
4. Preparation of cast aluminum alloys 13
Ch. II. Investment Casting 19
5. Design requirements for parts
manufactured by the Investment casting
process 19
6. Freparatio'n of pattern dies for
investment.casting 20
7. Technological process of Investment
casting 21
Ch.- III. Thermal Treatment in Instrument Manufacture 26
8. Thermal treatment of steel parts 26
9. Therno-chemical treatment of steel
parts 29
10. Thermal treatment of parts made from
eledtrotqchnical steels and Alloys 35
11. Thermal treatment of.blanks and parts,
made from nonferrous metals and alloys 40
Card 3/7

121
Special Techno logical Processes in Instrument Manufacture (Cdnt.)
12. Thermal treatment of blanks cast in
ceramic.shell molds 49
13. Oxidation of nichrome-and constantan
wire 50
Ch. IV. Manuf icture of Ceramic Products 54
lk,. Preclaidn in manufacture and techno-
logical requirements of ceramic
products 54.
15. Preparation of raw materials and
ceramic mixtures 67
16. ceramic
Shaping of products made of
-
mixtures AO
17. Coating with.paraffin and the mechanical
working of ceramic semi-finishe&parts
before,baking 89
18. Glazing 90
C ard 4/7

121
Special Technological Processes in Instrument Manufacture (Cont.)
19. ~Thermal treatment Of Semt-finished and
finished ceramic parts 93
20. Mechanical working of parts afterfinal
baking 9T
21. Marking ceramic parts .98
22. Silver coating ceramics 101
-Ch. V. PAMtAQtu1#6'Of _Plagtie -Ordductm 103
23. Uses and prope Irties, or plastics 103
24. Precision In manufacture and require-
mbnts for 'plastic-products 104
25. Methods of manufacturing plastie
products t . ill
26. Silver coating plastics 124
Ch. VI Manufacture of Ran Rubber Parts 126
27. Preparation of raw rubber.and
fittings; pressing of parts 126
Card 5/Y

Special Technological Processes in Instrument Manufacture (C6nt.)
Ch..-VII. Coatings in Instrument Manufacture 134
28. Classification and uses-of coatings 134
29. Technological processes In coating 143
Ch. VIII,- Gluing.Metals and-Nonmetallic Materials '155
30. Polymerization glues 156
31. Evaporation or dirfuslon glues 163
Ch. IX. Brazing and Soldering In Instrument
Manufacture 1T0
32. Fillers And klutes 1T0
33. Methods of Brazing and Soldering 183
Ch. X. Saturating and Coating Electrical Component
Windings with Insulating Varnishes and
Enamels. Filling with Greases and Compounds
201
34. Equipment for saturating electrical
components 202
Card 6/r

121
apecial Technological Processes in Instrument Kanufacture (Cont.)
35. Technological processes for saturating
and coating windings 203
36. Technological.pr9cessea,for filling
transformers and Induotors 209
Ch. XI. hAernal Electrical Wiring for Blocks and
Instruments 215
37. Requirements for electrical-miring
diagrams 215
38. Standard*'technological processes'ln
electrical wiring 217
39. Positional numbering of components
-and their marking 237
40. Karklng and fastening wiring ends
and cable conductors 245
List of.Standards, Technical Guidance Katerlals,-~Xanufacturlng
instructions, Reports, etc. 'Tused by the authoO 259
AVAILABLE: Library of Congress TK153 A7.2)
Card 7/7

SORVACHEV, K.F.; ZADVOROCHNOVP S.F.; ISAYEV, F.A.
Iummization of fishes. Biokhimiia 27 no.2:202-,207 Mr-Ap 162.
1 (MM 15:8)
1. Chair of Animal Beiochomdstry,, State University and the All-
Russian Institute of Pond and Fish EconoziW, Mosc:owe
(FISHES-DISMSES AND PESTS) (IMMMHEMTOLOGY)

of tite oleClul-oriletric curt-mit rowtor. Trudy Hol'.
161,

ISAYW, F.F.
From the history of the Lubny field pharmacy; historical reference.
Toen.-bedeshur.no.9:92-93 8 151. (KLRA 9:9)
(LUBNT-4PARNACY, MILITARY--HISTORY)

,.,_ISAYM', F.IF. (Kharlkov)
History, of health education in the Red Army: Southern front 1919.
Sov.zdrav. 17 no.2:4",-52 IP '58. (MIBA 13:1)
(MICM, NILITARY AND NAVAL, hint.
in Duel& Omm))

KHALIIOV, A.Kh.;ISAYBY. F.K.
Studying excitation and absorption spectra of aryBtailino phosphors
containing various anions of the activating admixture and the base.
Izv. AN Azerb.-SSR. Ser. f1s.-mat. i tekh. nauk, no-3:45-52 159
(Phosphors--Spectra) (MIM 13:3)

31956
3/081/61/000/023/002/061
B108/B147
AUTHORSs Khalilov, A. Kh., Isayev, F. K.
TITLEi Comprehensive study of the effect of activator anions upon
the optical properties of alkali-halide crystal phosphors
PERIODICALt Referativnyy zhurnal. Xhimiya, no 23, 1961, 32, abstract
23B216 (Izv. AN AzerbSSR. Ser. fiz.-matem. i tekhn~ n.,
no. 1, 1961, 61 - 71)
TKXTs This is a comprehensive study of the effects of various;salts of
an activator on the fluorescence spectra, the excitation of fluorescence,
and on the curves of thermal and thermo-optical emission from KCL and KI
phosphors. The results lead to the conclusion that if, biiisides 01 and-I-.
anionst CU activator ions are present in the KCL lattice# these Ou ions,
tend to ace-amulate at the I- anions and to form complex luminescence
centers with them. Among the Cl-, Br-, and I- anions, the I- ions ob-
viously play the most important part in the formation of trapping centers
through alkali-metal halides in phosphors. [Abstracter's note: Complete,
Card 1/2

Comprehensive study of the effect of ...
translation.]
Card 2A'.

20821
S/OU/61/025/003/009/0V
Blub/13201.
AUT4ORS: Khalilov, A.Kh., Salnyev, E.Yu., Hamedov, A.P.,
Aliyeva, T.D., =d 122yev, F.K!.
T ITIZ Comprebqnsive study of onticni -ind thermo-onticnI nropertist
of polynctiv,~t~,d alkali halide crystal pbosphors
PFRIrjDI',',AL: Izvestiya Akademli nauk SSFR. Seriya fizicheskaya,
v. 25, no. 3, 1961, 135 - MO
MT: This is a reporduction of a lecture delivered at the 9th Conferenc
on Luminescence (Crystal Phosphors), which took nlace in Kiyev -from June
20 to 25, 1960. The puthors nresent results of P study of the excitation
sm,:~ctr,~ of the lum4nescence bnnds and the spectrnl composition, fluore-
scence, nhosohoreseence, end thermal de-excitation, as well as of the inner
extinction of viisible and ultriviolet luminescence. Comprehensivr'? results
are given in Figs. 1 anO 2, and in Table 1. The single crystals were bred
from a melt by Kiropulos' method (with nctivntor concentrntions in the
me-1t between 0.01 and 1 molef). The spectra we-P, mersured with a spectro-
m-ter contpininc two monochromptors. A sensitizing effect of AF4_ and
Card 1/3