SCIENTIFIC ABSTRACT S.P. DETKOV - L. DETRE

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000310230003-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: July 27, 2000
• Sequence Number: 3
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

DFTKOV, S,P., dots-~-,W-j ."Inth,
Generalized angular coefflcAents for Lands of a slot channel
contal.ning an itlLsorbing mediLun. Izv. vys. ucheb. zav.; energ,
7 no~1011015-109 0 164. (MJFA 17:12)
1. Ural'S.'ri-Y elektromekharIcbeakly institut inzhenerov
zheIeznod,)rozhriogo Lransporta (for Detkov). 2. Urallskiy
poll tekhnI:-,hvBk4y ~mstitut imeni S.M, KJrova (for Vinogradov).
Predstavlana kafF-droy- flzlkl UrBL11--kogo elektromekhanicheskogo
instituta inzhenercv zheleznodorozhnogo transporta.

L 14554-66 EWT(1)/ETG(F)/hWG(m)/T 1J.P(c) ATAW
ACC NR: AP5016699 SOURCC CODE: LIR/0294/65/003/003/0438/0443
AUTHOR: Detkov, S., P.
ORG: Ural Electromechanical Institute of MiNg T &nWrt Wrallskly elektro~e`
mekhanfc-hesqj7 institut zheleznodorozhnogo transporta)
-Z I, vq I ~- -
TITLX: Radiant energy transfer close to a plane surface
SOURCE: Teplofizika vysok,ikh temperatur, v. 3, no. 3, 1965, 438-443
TOPIC TAGS: heat loss,.heat r4idi4tion, grey body radiation
AB STRACT: Tbd layer of gas at 'a'wall "is isolated for purposes of calculating heat
exchange' between a grey gas and a wall. Approximation fornulas mv derived -for the
resist ce o1: the layer to. radiant flow. V the optical thicknew; of the layer is
greater than 0.5, the medium behind the layer transmits an almost uniform flow to
the wall. Ovly the most general restrictions were placed on the temperature field.
As an examplc, the temperature* field is calculated assuming heat losses in the lay-
er of gas at the wall and x;everse fltw from a heated grey wall. Orig. art. has:
2 figures, X table, 20 formulab.*:'
SUB CODE: 20j' SUBM DATF. 03reb61t/ ORIG REF: 009/ OTH FZF: 004
UDC: 536.244

~xn i u. -

CHE"OVP N.Kh.; GRIGOROVA, G.I.; IVIO-VA, Ye.A.
I
Fbitrographic analysis used in the control of coal-chomical
production. Zav. lab. 28 no.9:1146 '62. (MIRA 16:6)
1. Nizbne-Tagillskiy notallurgicheakiy kombinat.
(Coke industry-By-producta)
(Pburairrapby)

KII .! - ~l F'C,!S'KtY A. T. N. V kandy DT t Y ANOT 0 11, i-Ml. ; I Ar" ' Y t'. 1 1. 1 a,,, I i r:intka
-- -
Use fe r til ize rs taking into c onn J d t.! --i,, i -~,l . - j I i ti cn,,.
~emledeiie 27 no.4:20-27 Aj) 165. (MMA '18-4)
1. Beloruaskiy nauchno-Ilssledova-,jll~,'-.,,.r m9tItut pc-,-,hvc)vedt3nlya.

DN'TK(;V--FIY, V.
I - ...... .
alctrmt ion without division into Fhops.
They have gone over to
(M-
Proi.,i.koo-o. no.9:7 Ar 157. I'l-1A lc:,~)
1. Fredsedstel' 3rnvleri.,rq arteli "Rot-rront." ,',J-,sk.
(14insk-Hats)

HUIIGARf
FUSY, F., Jozsef, DrI Medical University of Budapest, IL
Surgical Clinic (director: MESTER, Dadra, Dr, professor) (Budapeati Orvoa-
tudomaxiyi Egyatem, IL sz. Sebeqzeti Klinika).
"An Operated Ca3e of Urachal Cy3t,"
Budapest, EaLvar Sebegzat, Vol XIX, No 2, Apr 66. pages 126-130.
Abstract: [Authors' Hungarian summary] On hand of a case observed, the
li-tera'Gre-on persistent urachus and its complications are surveyed; it is
evident that this developmental anomaly is relatively very rare. The con-
elusion is reached and confirmed by-the ease presented that "- disorder
may remaiji without symptoms for a long time. When the possibilJ .%.4s
anoma3,,r is kept in mind, a single symptom of the disease will
to approach the diagnosis from the right direction; it can be
by- exiudnati=3 and the disorder can be corrected by surgery.
European, 20 Western references.
1/1

DFTIJY, T.A.; DETLILF* A.A.
Dimensionless ,haracteriaties of the length of development in
embryology. Dokl.Aff SSO 134 no.1:199-202 S 160. (MIRA 13-.8)
1. Institat morfologii zhivotnykh im. A.11. SevertaDva Akademii
nauk SSSR. Predstavleno akad. I.I.Skmallgauzenom. I
(TDWXRATURF,--IIHYSI OLOGI CAL VFYCT)
(INERMIOGT-FISHES)
(MBRYLOGY-UPHIBIA)

A~ 14 -
USISR/Physics - heat transfer
Card 1/1 Pub. 153 - 3/24
FD-1o67
Author : Petukhov, B. S.; Detlaf, A. A.; and Kirillov, V. V.
Title : Etcperimental investigation of local heat transfer of a Dlate in a
subsonic (up to 260 m/sec) presonic airflow with turbulent boundary
layer
Periodical : Zhur. tekh. fiz., 24, No 10, 176.1-1772, Oct 1954
Abstract : The authors show that the influence of air's compressibility and energy
dissipation upon heat transfer can be taken into account by relating
the heat transfer coefficient to the difference between the surface and
body temperatures. They present the data for airflows with Re up to
2-106 and M up to 0.8 and describe the test method developed by them.
The results are found applicable for both high and low speeds. They did
not investigate the influence upon the heat transfer of the dependence
of the physical parameters of the gas on temperature and moisture con-
tent of the air.
Institution
Submitted JLaY 30, 1954

24(5,7,8)
PHASE I BOOK EXPLOITATION SOV/1817
Yavorskiy, Boris Mikhaylovich, Andrey-Antonovich Detlaf, Lidiya
- ffe-org-iy-Te-*FrF6-v-f Fff
Bronislavovna Milkovskaya, ancT
Kurs lektsiy po fizike, t. 1: Mekhanika, molekulyarnayn fizika I
termodinamiki (A Course of Lectures on Physics, Vol 1: Mechanics,
Molecular Physics, and Thermodynamics) Moscow, Gos. izd-vo
"Sovetskaya nauka," 1958. 276 P. 30,000 copies printed.
Ed. of Publishing House: K.I. Anoshina; Tech. Ed.: M.D. Shlyk,
PURPOSE: This book Is intended as a text for a correspondence course
in basic physics for engineering students.
COVERAGE: This is the first volume of a three-volume correspondence
course in physics for engineering utudents. The content of this
course approximates that of the physics course offered to engineer-
ing students attending regular technical institutions of higher
learning. Each chapter includes test problems,intended to develop
Card 1/8

A Course of Iectures on Physics (Cont.) SOV/1817
the student's ability to apply the physical principles, as well as
examples of how to solve various problems in physics. The text,
however, does not include material Which is of direct importance to
the future engineer. Therefore, the authors suggest that such
material be offered in all the higher technical institutions of
learning during the third and senior years. No personalities are
mentioned. No references are given.
TABIE OF CONTENTS:
Preface
Introduction
PART I. MECHANICS
Ch. I. Kinematics of Translational and Rotational Motions
3
4
1.1 Preliminary concepts 7
1.2 Velocity 10
1.3 Acceleration 12
1.4- Some aspects of the motion of a material point 15
Card 2/8

A Course of Lectures on Physics (cont.) sov/1817
1.5 Kinematics of an absolute solid 18
Test problems. Examples 20
Ch. H. Dynamics of' Translational Motion
2.1 The first law of Newton 23
2.2 Force and mass 25
2.3 The second law of Newton 27
2.4 The third law of Newton. Law of conservation of
quantity of motion 31
2.5 Law of universal gravitation 35
Test problems. Examples 42
Ch. III. Energy and Work
3.1 Energy, work, and power 44
3.2 Kinetic and potential energies 47
3.3 Law of conservation and transfomation of energy
in mechanics 52
Test,problems. Examples 56
Card 3/8

A Course of Lectures on Physics (Cont.) SOV/1817
Ch. TV. Dynamics of Rotational Motion
4,,1 Energy of an absolute solid rotating around a
I. stationary axis 59
4.2 Basic law of dynamics for an absolute solid rotating
around a stationary axis 66
4-.3 Law of conservation of angular momentum 68
Test problems. Examples 70
Ch. V. Vibratory Motion
5--1 Harmonic vibratory motion 75
5.2 Dynamics of natural harmonic vibrations 81
5.3 Composition of harmonic vibrations along a straight line 86
5.4 Composition of vibrations perpendicular to each other 90
5.5 Damped vibrations 92
5.6 Forced vibrations 96
Test problems 100
Examples 101
Card 4/8

A Course of Lectures on Physics (Cont,,) sov/1817
PART II. PRINCIPLES OF MOLECULAR PHYSICS AND THERMODYNAMICS
Ch. VI. Ideal Gases
6.1 Introduction 1A
6.2 Laws of ideal gases 107
Test problems. Examples ill
Ch. VII. First Law Thermodynamics
7.1 Internal energy of a system 113
7.2 Heat and work 114
7.3 First law of thermodynamics 116
7.4 Graphic presentation of thermodynamic processes and work 118
7.5 Thermal capacity of a substance. Isoproce8ses in
ideal gas 120
Test problems. Examplps 127
Ch. VIII. Kinetic Theory of Gases
8.1 Basic equation of the kinetic theory of gases 130
Card 5/8

A Course of Lectures on Physics (cont.)
SOV/181-(
8.2 Law of velocity distribution for gas molecules 134
8.3 The barometric formula. Perrin's experiment 138
8.4 Length of the free path of molecules 141
8.5 Law of uniform distribution of kinetic energy
according to the degree of freedom 143
8.6 Theory of thermal capacity of gases 149
8.7 TrarAsfer phenomena in gases 152
8.8 Regularity and coefficients of transfer phenomena 154
8.9 Concept of the properties of rarified gases 161
Test problems. Examples 165
Ch. DC. Second Law of Thermodynamics
9.1 Cyclic operations. The Sadi
9.2 Reversible and nonreversible
9.3 Second law of thermodynamics
9.4 Enthropy and free ener&~
9.5 Statistical interpretation of
of thermodynamics
Test problems. Examples
Carnot cycle 168
processes 172
174
178
the second law
183
188
Card 6/8

A Course of Lectures on Physics (Cont.)
Ch. X. Real Gases and Vapors
SOV/1817
10.1 Forces of molepular interaction in gases 190
10.2 The Van der Waals equation 194
10.3 Isotherms of real gases. Concept of phase transitions 199
10.4 Inner energy of real gas. The Joule-Thomson effect 203
10.5 Liquefaction of gases and generation of low temperatures 206
Test problems. Examples 207
Ch. XI. Fluids
11.1 Structure and some properties of fluids 209
11.2 Surface tension of fluids 211
11.3 Moistening and capillary phenomena 215
11.4 Pressure of saturated vapors above the curved
surface of the fluid 220
11.5 Boiling of fluids 222
Test problems. Examples 225
Card 7/8

A Course of Lectures on Physics (Cont.) SOV/1817
Ch. XII. Solid Bodies
12.1 Structure of solids 227
12.2 Thermal expansion of solids 230
12 Thermal conductivity of solids 233
1N Thermal capacity of solids 235
12.5 Change of phase of solids 242
12.6 Concept of the elastic properties of solids 249
Test problems 254
Supplement: Systems of Units for Mechanical Magnitudes
1. Measuring physical magnitudes 254
2. Principal units of mechanical unit systems 255
3. Derived units of measurement and relationship of the
units of the various systems 256
4. Formulas of dimensions 26-2
Subject index 269
AVAILABLE: Library of Congress
TM/jb
Card 8/8 6/30/59

S/oq6/6O/Oo0/0 10/016/0 22
/I WOO
AUTWHSS St 1,-- 3 x Ta br i
jiff
TrrLZ: chlculatl.m of the S, _.Tc_S_ In, Mal-,I"
V.pours
M100MLLt T*ploe~rgetikx, 1560, No 10, p 95
TirM C&lcul&:*d Values ar* given fcr the spe~lrlc n~.t at
00cstant pressure of ";Our' or alkal-Ime =atal3 arLd tta t -T=
dTr:xMic function$ a-0 talculste-!. ~Emth"'Py,
potential) of zo=ato=1c &r.1 blat;ziz vap-r3 :a t..., t- .7~
ranc& 500 to 3500 OX for the lzl*-! gas
the Specific heat of -amo-".Ic sod 014t,,=Ic
le=tronic level vas taken Lnto in
tiatcTic v.7--_r
alloved for. On this tzS',S were =ttI s..'
of *1allibrium a~l 141T~ of of
mttals ai of 3.-.! ;~r)lj-~.
gailtion, the 11 t171. anll~
Card 1/2
:%rca or -ze Z;4~1f_lc meat of a rva~-ir.4 =Lzui of
xactatomic and bj.t~.ic &;,o,4r3 b.,-_-1 an the satrs-,z _.n. h4
in too superheated va;~~r relitm.
1S=1AT1031 V.1-v3'4"T en-rgatitme.?Ily -nzt.-~t
(Mos:-
2/2
V

TAVOIL9XIY, Boris Mikhaylovich;_21CW, - )(TUOVSXATA,
_.And novic~h.
Lidiya Brordslavovns; GOMTOV, Tu.B., stershly propodavatell,.
red;-I.IMM WA. N.I., re'd.izd-va; VORONIWA, R.K., tekhn.red.
[Lecture ccmrse in physics] Kurs lektsii po fizike. Moskva, Goo.
izd-vo NVysshaia shkola.N Vol.2. [Electricity and magnetism]
Ilektrichae.tvo i magnetism. 1960. 421 p. (MIRA 14:2)
1. Kefedra fisiki Moskovskogo energaticheskogo instituta (for
Gorbatov).
(Electricity) (Magnetism)

TAVORSKIY, Borls Mikhaylovich; DETLAIP, Andrey Antonovich, GUROV, K.P.,
--f .--' , ,
red.; MURASHOVA, N.Ta., -60E.~'- '
[Manual on physics; for engineers and university students,]
Spre.vochnik po, fizike; dlia inzhenerov i studentov vuzov.
Mosk.Ta, Gos.izd-vo fiziko-matem.lit-ry, 1963. 847 p.
(MIRA 16:8)
(Physics)

YAVORSKIY, Boris Mikhaylovich; DETLAF, Andrey Antonovich.
Prinimali uchastiye; KRAZAI~OVIGH;, T.N.; PANOVKO,
Ya.G.; GUROV, K.P., red.
[Physics handbook for engineers and students of institutes
of higher learning] Spravoctinik po fizike dlia inzhenerov
I studentov vuzov. Izd. 2.3 ispi,,, Moskvat Nauka, 1964.
E47 P. (MIRA 17.12)

YAVCRSKIY, Boris Ilikhaylovich; DETLIF, 4.4rey Antonovich;
- 3 ...' _
MILKOVSKAYA, Lidiya Bronislavovna.; SERGEYEV, Georgiy
Petrovich; PERKOVSKAYA, G.Ye., red.
[P4sics course] Kurs fiziki. Moskva, Vysshaia shkola.
Vol.l. Izd.3., 1965. 375 1). (MIRA 18:7)

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D'-TLkF, T.
"A '~,PT72
UMAb"GIM - MWpWqW Jon IqkT
XMIDIM - loaders
"TransfMWAtIon of the Ratcrization of the Botoderm
Amxra," T. Detlaf, LuM V*,)lutimal Morph imeni A. N.
Severtsoy, Aced Soi USM, 4 pp
"Dok Akad Naak SM, Nova Stw" Vol LV, No 1
Describes wrperlmants whiob show that ectoderm Anura
has sharply polwized struaUni In which its hetero-
ganelt7 and nonreversibility w.-o clearly revealed.
Submitted by Mademician I. I. Shmalgauten, 3 Jul
1946.
0k
r)8r?2

DETLAF. T.A.; GIIIZBURG, A.S.
Analysis of sources of extrusion of e&~s of the stellated sturgeon during
the Incubation period. Tnidy Inst.morf.zhiv. no-5:18~-201 '51.
(MLRA 6:9)
(Sturgeons)

CTliSPL Vol. 5-N0- 1 Jan. 1952
r A, Arid (A"Itilirij, A,S. (A.N. .1irverivoy Ino-11tuti, of Aniffoisl KlorphojogV, U,jq.,q.jj.
rstl4ft "psm %is-4witioig in a
Aty-
Houk$ s.s.S R., Doklady Vcil. 79, NO.-> I Ila

MM", T.A.
Discovery of embryonic foliums by C.F.Ifolff and C.Pander, and K.H.Baer's
study on embryonic foliums; outline history of Russian embryology. Trudy
Inst,,ist-est. 5:281-316 153. (MLHA 6:7)
(Imbryology)

IMLAY, T.41.; SIMUBXX# I.I., ak~Aenik.
liffeat *f temperature on the egg-ooll division rate in sturgeons (family
AcIpensiors,s). Doltl.M Un 91 no.3:693-698 JTl 15). OWU 6:?)
1. Institut morfologii shivotafth Smoni A.W.Bovertsova Akadenii - WSR
(for Dstlaf). 2. Ak"emlya nank WBR (for "abin). tsimrgbons)

DCLAY, T.A.; GIMURG, A.S.; KRYIHANOTSKIT, S.G., doktor biologicheakikh
'119dakt or.
[Imbryonic development of Aoipenseridae (sevrufa, sturgeon and white
sturgeon) In connection with breeding problemel NALrodyahavoo razvitle
osetro,rykh ryb (sevriugi, osetra i belugi) v eviazi 9 voprosami ikh
raxve"niia. Mos)n%, Izd-vo AkadsmJA nauk SSSR, 1954. 212 p.(MLBA 7:11)
(Sturgeons) (IMbryology-fiohes)

ISTLal, T.A.
Shape of the egg and the location of the first fissural suici
in sturigeon-like fishes. Dokl.AN SSSR 94 no.2:361-364 Ja 154.
ME A 7: 1)
1. Institut morfologii zhivotnykh im. A.N.Severtsova Akademij
nauk SSSR. (Sturgeons) (Rabryology-Fishos)

KRI"ZHANOVS:KIY, S.G. ISTLO T.A., doktor biologicheskikh nauk, otvatstven-
n,yr rodaktor!NNN--, I.S., -daktor izdatel'stva; POLISITSKAIA,
S.N., tekhnicheskly redaktor.
[Materials on the development of clupeid fishes] Katerialy po ras-
vititu seliderykh ryb. Moskva, lid-vo Akadenit nauk SM. 1956.
253 P. (Akademiia nauk SM. Institut morfologti zhivotnykh. Trudy,
no.17) (KM 9:11)
(Herring) (Imbryology-Fishes)

'~;SSR General Biology.
Individual Development
lAbs Jour t Ref Zhur - Biol., No 2, 1958, No 4826
Autho r i DOtlELf, T.A.
B-4
Inst t Not ,riven
Title t Species Differences in Form-Produoing Properties of Embryo-
nic Material and Displacement of' Gastrulation in Regard to
Fragmentation Stages (SiGaifioance of Correlation Between
Stages of Development and Cell Generations).
Orig Pub Dokl. AN SSSR, 1956, 111, No 5, 1149-1152
Abstract Species differences in the speed of latent different;Lation of
ectoderm, chordomesoderm, and their derivatives, established
by experimental investigation.on amphibia, are compared with
structural characteristics of triton, axolotl, and different
species of frogs during the periods of gastrulation and neuzu-
lation.
Card 2 1/3

USSR/General Biology Individual Development B-4
Abs Jour Ref Zhur Biol., No 2, 1958, -No 4826
It was found that gastrulation in tritons begins at a lesser
number of cells than in axolotl and frogs, and the difference
in. cell quantities persists during the period of neurulation;
consequently the triton embryo in like stages of gastrulation
and neurulation is formed by younger cell generations than
embryos of axolotl and different species of Ranidae. The se-
quence of these differences is characterized by data on the
nimber of nuclei in central sagittal cuts through embryos of
Ambystoma mexicanum, Triturus vulgaris and Rana terrestris
at the very beginning of gastrulation., and their ratio to com.-
parable species. The gastrulation in tritons begins when the
ni.mber of cells in a central cut is one-half that in the
axolotl and equals 1/3 of the cells in a pointed-snout frog.
Only at the end of neurulation does a triton attain the same
number of cells in the cut at which the frog begins gastrula-
tion; the axolotl occupies an intermediate position. Thus the
variations in differentiation of ectoderm and chordomesoderm
in Tr. vulgarisj, Ambystoma, mexicanum,, and Ranidae at the same
stages of development correspond to realistic differences in
Card 2/3

USSR/General Biology Individual Development B-4
Abs Jour Ref Zhur Biol., No 2, 1958, No 4826
the age of their componen't cells determined by cell genera-
tions. The displacement at *the beg;inning of the gastrulation
process to earlier or latj--r fragmentation stages may be one
of the reasons for species differences in the zempo of ecto-
derm and chordomesoderm differentiation in similar stages of
development and in formative interactions.
Card 3/3

TURPAYEV, T.H.
Specificity of the action of calcium in the processes of fertilization,
activation, and muscular contraction, and the possibility of substitu-
ting it by strontium. Izv. AN SSSR. Ser.biol. no-5:572-577 S-0 157.
(MIRA 10:10)
1. Institut morfologii zhivotnykh im. A.H.Severtseva AN SSSR.
(MALS IN THE BODY) (FIRTILIUTION (BIOLOGY))
(HRART)

CAUGORY
i.-'13. JOUR. f Y, I Z B i o 1 .
T-
r ac: i, t~~
Period of L-volvement of
(Elaboration of Data Goncerring otructure"
ORIG. PUB. : Tr. In-ta istorii, Yestestvozn. i te'-in. Ali'
SSSR? 15,571, 11+9 (5-5i
ACT : s t ud y the linf'lucnce of !LI~ ce".
I In r)1,, n--t~n-S r U.. t2 :'s
C tt.c R( WI.o I v E th t
F r Lr-u, 1e arc. traris-,' 'oru.ed 1,-,to bhi-tov.(-ri~ J. t~i ~~ i'r c.!s
e:~-. ":711st aE erroneoiis Was he~.cI~trtls ri(AitOI'V ~iilt,-'tude
aS Concerns the doctrine of GL. At the san;E; t-'Li:.L-
,ma~lu some important embryological obscrvationis, c r (, Y, a ~u:~n
of clcavarE- )f' hatue-ral -~.Iute~; r-,f' t1je-
14n twc stl.FiLal urc. diF-covf-,,-y of'
L tyt-- i, ol' ec-,ociErm, which is 10
f~ ciet.--iiled cscrlptlon is j.-iv4- of thf.: sz,uai~-S-
Strlkt~--(I for tk,.C fir-L~t timiz.. t.~.e CE i.-,u-
~~-mak W.Ij,Ch CiEIIJI)n
-tr natl-re of GL, &rd showed their wf,ich
r - r) k, ni, -I f- i r- n r,;:- q

O.RY
-3 OUR RZBiOl., NO-
19c7o.), ~io. -C-48
PT17-3.
A_;33T.1,ACT sz.,bstantiated the r:otion of TI,e exis
1-iong all. vertebrates. DurinF, t1f mrioul b(Awt.+i-i tLe
~.stablis,'Jhment. of the cell theory ard the of
L
t-.e theory of D&rwin. a number of invcz;tigutims Dy
._')tric~,er, B-_ambeke .Vogt,. Lerebo-allet-., Yupffer) of
z-~na f ishi. s I re-vcale d u, JT( -rent ty 1-.+, s '-;f o I
s C-1 charact( r1stic of holooiastic (.ncA
!chat ~i r E:
e sj~ecific feutur(-s of
_IiL~c U;_1 1s o ' 1,
ggs' aria. a 1.
-a, u o d f A ~ e nt ia It-, ion of GL :.unotni, anbnal!~ t',jL egl.,s ~~ fw 1 1 1,
i, .
11;.I~C:ergo ccv-q-10'le or T)ar~_ial division.
C A::,D : 2 2

DBTIJLF, T.A.
Role of calcium ions in activation processes taking place during
fertilization and partbenogenesis in certain Acipanseridae[with
summry in English). Zbur. ob. biol. 10 no.1:3-16 Ja-F '57
(MLRA 10:4)
1. Institut morfologii zhivotnykh AN SSSR.
.(CALCIUM) (EIRTILIZATION (13IOLOGT)) (PARTHENOGMSIS (ANIMALS))
(STURGEONS)

BLUMM, L.Ya.; DITLAY. T.A i; KABAK, Ya.H.; KRUSHINSKIY. L.V.-,
KUDRYASHUY. B.A.
Mikhail Mikbailovich Zavadovskil, obituary. Biul.MOIP. Otd.biol.
62 no.4:105-109 Jl-Ag '57- (MIRL 10:11)
(ZAVADOVSKIL, MIKFAIL MIKlikILOVICH, 1891-1957)

20-2-50/50
AUTHOR: Detlaf, T. A.
TITLE: Cortical GranulaQand Substances Secreted From the Animal Part of
the Egg at the Period of Activation in Acipenseridne (Kortikall-
nyye granuly i veshchestva, vydelyayushchiyesya iz animallnoy
chasti yaytsa v period aktivataii u osetrovykh ryb)
PERIODICAL: Doklady AN SSSR, 1957, Vol- 116, Nr 2, pp. 341-344 (USSR)
ABSTRACT: The problem of the nature of the substances which are secreted
from the egg during the mentioned time interval as well as their
importance for theegg itself and the egg shells is studied acti-
vely, The main attention is attracted by the cortic-al granules of
alveoli of the echinus-, sacco.,,lossus-, teleostae, amphibia-, and
other eggs. To the sQbstances which are known as hyaline layer in
echinas less attention is paid. In present paper both formations
are described and it is tried to recognize these substances accord-
ing to their chemical properties in the perivitelline liquid of
the activated aggs. If in the echinus- andteleostse eg-s the pre-
sence of acid mucopolysaccharides in the cortical granules could
be proved, more precise special methods were used for the detect-
ion and identification of thepolysaccarides in the eggs of aci-
penseridae. This became especially interesting in connexiorl with
Card 1/3 the Runnstroem theory &ccording to which the muco~olysaccarides

Cortical Granulae.amd Substances Secreted From the Animal Part of 204-50/50
the Bgg at the Period of Activation in Aciperiseridae.
of the cortical layer of the ripe egg are assumed to prevent the
cell division. As material served egSs of aciRens r stallatus
Pall., Acipenser &ueld.-nstaedti colchicus v. luarti, and huso
huso which were studied in the IVth maturity stage, unimpregnat-
ed and ripe and at the time of fertilization. The I ''ixation- and
colo"ring methods are described in detail. There are cortical
granules in the eggs of all acipenseridae investigated. Their po-
sition and colouring methods, also of Saccoglossus were des-
cribed. One did not succeed by means of the used methods to de-
tect in the cortical layer of the unimpregnated egg of the aci-
penseridae diffusely distributed acid mucopolysaccharides. The
egg shells which have the greatest chemical affinity to the cor-
tical granules contain neutral mucopolysaccharides. Also no li-
poid shell of the cortical granules )described in the case of
echinus( could be found in acipenseridae and the teleostae in-
vestigated in this connexion. Lipoids are contained diffusely in
the cortical layer of the cj-toplasm, however, not in the granules.
The process of egg activation is described. 3o-6o minutes after
the fertilization a lot of substances are secreted from the ani-
mal part of the egg of the acipenseridae intto the perivitelline
space which are described in datail. In the egg of the acipen-
Card 2h seridae these substances are coloured with aniline blue light
I

1 20-2-50/50
Cortical Granu34s& and Substances Secreted Fr,jm the Animal I'art of
.the Egg at the Period of Activation in Acipenseridae.
blue and not green as it is the case with the granular layer.
Thus these substances do not contain acid mucopolysaccharides,but
glycogen in great Granules which are distributed regularly in the
basic substance. Apparently these substances contain also traces
of ribonuclein acid since they are tinted faintly red in the case
of a pyronine coloaring. This lacks if the cut was treated be-
fore with ribonuclease solution. It is difficult to say what the
above mentioned substances are. There are 3 figures, 25 referen-
ces 6 of which are Slavic.
ASSOCIATION: Institute for Animal Morphology imeni A.N.Severtsov AN USSR
(Institut morfologii zhivotnykh im. A. N.Severtsova AN SSSR)
PRESENTED: April 26, 1957 by T.I.Shmallgauzen, Academician
SUBMITTED. April 26, 1957
,AVAILABLE: Library of Congres;3
Card 3/3

PIMAf T. A. (1.1,osc(u) Institute of Animal Moroholol,,Y, Us""I'l .--if 3,ciullces
117 'he Difference,,-, in Structure and Properties of the Ectoderm wid
Chordamesoderm Ln Various Representative:3 of Anxida, ano their
1,1~nificance in Develol-ment"
Oov-iet pacer presented at the l5th Intl. Con.--.r2ss of Zoology, 16-23 Jul !;B

AUTHOR: Detlaf, T. A. SOV/2o-12o-5-66/67
TITLE- The Coupling of Gametes in the Absence of Ca Ions in Aci-
penseridae (Soyedineniye gamet v otsutsviye ionov kalltsiya u
osetrovykh ryb)
PERIODICAL: Dok.lady Akademii nauk SSSR, 1958, Vol. 12o, Nr 5,
pp. 1165 - 1168 (USSR)
ABSTRACT: The 8.1legation made by Loeb (Le'b, Refs 1,2) that Ca-ions
represent a penetration of the spermatozoon into the egg
and that they are necessary for the unification of gametes
haE remained a hypothesis up to now (RE!f 3). Since fertilization
without calcium does not take place oiring to various reasons
(Refs 4-8) the author tried to obtain a direct anSiNer to the
problem concerning the role of the Ca-ions by investigating
microscopicaDy eggs impregnated without Ca. Eggs of the sturgeon
(Acipenser gidldenstlidti colchicus v. Marti) and of the sterlet
(IQ-. stell7atus Pall) rere'uadd fqr.the- experimerit,. The spermatozoa
of these fish are mobile in media wiLncut calcium (e.g.in a
Card 1/3 0,01 M oxalate solution). However, the eggs loose their

The Coiipl*;'nry of Gametes in the Alsence of Ca. Ions in SOV12o-120-5-66167
Acipenseridae
capability of gettitg fertilized~. The results of the experimenta
have shown that the unification of the gametes of the sturceons
may take place also in the absence of Ga-ionsv or to express
it more precisely, with a number of i,,ns insufficient for the
activation reaction of the egg. The presence of Ca-ions is
absoXut;ely necessary for the activation ofthe egg under the
influence of a spermatozoon. Apparently they are necessary at
the Nrery moment of the contact between the sperMatozoon and the
cortical layer of the egg. There are 1 figure, 1 table, and 12
references, 3 of which are Soviet.
ASSOCIATION: Institut morfologii zhivotnykh im.A.N.Severtsova Akademii nauk
SSSR ( Institute of Animal Morphology imeini A,11.Severtsov
AS USSR)
PRESENTED*-- March 4, 1958, by I.I.Shmallgauzen, Member, Academy of Sciences,
USSR
Card 2/3

The Couplin.- of Gametea in the Aboence of Ca-Ions in S0,71/12o- 12o- 1- 66/67
Acipenseridae
. SUBMITTED: January 16, 195a
1. Eggs--Physiology 2. Cacium iors--Physiological effects
3. Fertility--Analysis
Card 3/3
a

AUTHOR: Detlaf, T. A. 307120-121 -5-8/5-C

TrTLE: ~he Role of Calcium Ions in the Stimulation of Eggs and 'he
Propagation of Cortical Reaction in Acipenseridae (Znacheniie
ionov kalltsiya dlya stimulyatsii yaits i rasprostranenida
kortikallnoy reaktsii u osetrovykh ryb)
PERIODICAL: Duklady Akademii nauk SSSR, 1958, Vol. 121, Nr 5, Pl- 9414-947
(USSR)
ABSTRACT. The union of gametes of the Acipenseridae in media free from
calcium (Ref 1) permits to approach the problem of the exact
determination of the moment of the activation of the e66-, bj the
spermatozooid at which moment the presence of' Ca 2+ is necessary.
On this point the authorst opinions are diverging (Refs 1-4)..
With Acipenseridae the spermatozooids penetrate into the iittle
micropylar canals even in a medium free from calcium (Ref 1).
If eggs are put after their being inseminated in an oxalAte
solution into water the.; do not develop the same as those left
in the oxalate solution. Therefore no stimulation is caused
,Aithout Ca 2+ or the impulse received by the eggs ceases rap-
Card 1/3 idly. On the other hand the eggs of Acipenseri~dae need

60/23;-12 1-5- '18/50
The Role of Calcium Ions in the StiiLulation of Eggs and the Pro~a,~ation cf
Cortical Reaction in Acipensuridae
Ca 2+ only during the first 5 - 30 seconds (Ref 5), a period
during which the cortical reaction 1!3 not yet able to expand
around the egg (Ref 6). Contrary to reference ', these facts
indicate that Ca 2+ is specially needed during the period of
stimalation cf the egg and daring the formation of the initial
impulse. For the solution of this problem experiments are
necessary which would showt a) with wore exactnea.~, tho min~.mun
period after the insemination during which Ca 2+ is neded for
the activation; b) what changes may take place during this
period; c) wether the conclusion of the cortical changes of the
egg and a typical development is possible if Ca 2+ is present
only during the very first moment of stimulation. The results
of both series of experiments are shown in figare 1 and table
1. The data demonstrate that all eggs which could be impreg-
nated at any length of time(also the sbortest) daring the stay
in water, pursue their develODment in calciam-free media. The
cortical chanEea of the ege, within this shortest period become
Card 2/3 manifest in a hardly noticeable prolongation of the cortical

50V/20- 121 -5-48/5u
The Role of Calcium Ions in the Stiuulatioji of Lggs ana thi-, Propa.-ation r,;T'
Cortical Reaction in Acipenseridae
granulae and in the appearance Of SLlall vacuoles in-between
in a small field near the micropylar canals. Fro~L the seconJ,
series of experiments it can be seen that at tht- CE1'ta1i7,'1t---r1
of eggs of Acipenseridae Ca 2+ is needed only at the moment cf
stimulation of the e~jg by the spermatozooid, and not davilw
the propagation of the cortical reaction. There u.:-e 1 fi6uru,
I table, and 11 references, 7 of which are Soviet.
ASSOCIATION: institut morfologii zhivotr4kh im. A. N. Severtsova Aka-de.aii
nauk SSSR (Institute for Zcomorphology imeni A. N. Sev---rtsov,
AS USSR)
PRESENTED: April 9, 1958, bY I- I.- Shmallgauzen, Member, Academy of
Sciences, USSR
SUBMITTED: April 8, 1958
Card 3/3

31

3 NAU

DETW, T.A. ---_ I_. _-
Role of calctim tons in the activation (if eggs of salmonid
fiaho3. Zhiir.ob.biol. 20 no.3:184-193 Kv.-Je '59.
(HIRA 12:8)
1. Inutitiite of Animl Morphology, Acaderq of Sciences of the
U. S. S.R.
(CALCIUH-PHYSIOLOGIChL XMCT) (UMON) (OVUM)

LOPAWOV, Georgiy Ifiktorovich; DETLAP, T.A.. otv.red.; IGNATITEVAO G.M.,
red.izd-va; KOVALISKATA, I.F., tekhn.red.
[Mechanisms of development of the embryonic eye in vertebrates]
Nekhanizmy ranvitiia zAchatkoir glaz v embriogeneze pozvonochnykh.
Moskva, Izil-vo Akul.nsuk SSSR, 1960. 223 p. (MIRA 13-5)
(104BRTOLOGT--A!WHIBIA) (EY30

ZM_AF Tat Iyana Antonovna
","Dimension2ess GrLteria of the Duration of Development and their
Significance for Gomparati,re Embryology."
Papers presented at the Srap,mim on Advances Since 1945 in Knowledge of Gem Golls and
Earliest Stages of Developsent. Pallanza, Italy, 15-20 Sept 1960.
Institute of Animia Morpholofor imeni A N Severtsov.

DMTLAF, T.A.:; DXIMF, A.A.
Dimeasionleiss ibaracterifitics of the length of development in
embryology. Ddd*AN SSW 134 no.1:199-202 S 160. (MIRA 13-8)
1. Institut morfologii zl2.ivotnykh im. A.R. Severtsova Akademii
nauk SSSR. Predstavleno almd. I.I.Shmallgauzenom. I
(TWITRATUal-PHYSIOLOGICAL IffECT)
(EKRRfflDG'f--FISHSS)
(WHELYLOGY--kWHIBIA)

ZOTIN, Aleksandr Ill'ich; D3NAFA'.~-doktur biol. nauk,, otv. red.
BOCHARCIV, Yu,,S., red. izd-ra; ROMANOV, G.N., tekhn. red.
[Physiology of water metabolism in the embryos of fishes and
cyclostomes) Fizialogiia vcidnogo obmena u zarodyshei ryb i
kruglor-ot-ykh. Moskvaj, lzd-vo Akad. nauk SSSR, 1961. 319
(KIRA 14:959
(Emb'r7ology-Fiahes) (Water metabolism)

DETLAF, T.A.
DynarAcs of cortical changes and devolopraent of colloid of the
perilritalline a-.pace in sturgeon eggs during fertilization and
artificial activation. Zhur. ob. biol. 22 no.6:4]-l-L2L N-D 161.
~MIFIA 14'.11)
1. Institute of Animal Morphology U.S.S.R. Academy of SpAences.
(DIBUOLOGY-FiAluz)

DETLAF, T.A.
Propagation velocity of the fertilization impulse and dynamics of
the completion of the second phase of maturation in stur eon eggs.
Dokl. AN SSSR 140 no.4:9(7-96S, 0 '61. IKRA 14:9)
1. Institut marfo-logii zhivotnykh im. A.N-Severtsova Ali SSSR.
Predstavleno akad.emikom I-I-Shmal'gauzenom.
(Embr-yoloj!y--FI..;hes)

DEMAF, T.A.; ZUBOV, S.E,,
Correlating the duration of the perioes of maturation and embr7onic
development in the sturgeons Acipenser gTIldenstaedtii and A. stella-
tus. Dokl. AN SM W ito.3.,746-748 Fr 162. (KMA 15:3)
1; Institut marfologil zhivotnykh im, A.N.Severtsova AN SSSR.
Predetavlono akademikom YlI.A.OrlovyM,,
(Sturgeons)(Temperatttre-PhyBiological effect)

SKATKINf Petr Nikolayevich; QUW T.A., prof., reteenzent; NOVIKOV,
P.A., prof., reitsenzent~,;--61MRFAS, B.I., prof., retsenzent;
KOZHIN, N,L, prof., otv. red.; NIKITINSKAYA, LV., red.izd-
va; GUSEVA, A.P., tekhn. red.; GUSIKOVA, O.M., tekhn. red.
[Biological foundations of artificial fish culture; a historical
outline] Biologicheskie osnovy iskusetvennogo ryborazvedeniia;
istoricheakii ocherk. Moskva, Izd-vo Akad. nauk SSSR, 1962.
243'P* (MIRA 16:3)
1. Sektor istorii biologicheiskikh nauk Institute istorii e-
stestvoznaniya i tekhniki Alcademii nauk SSSR (for Skatkin
(Fish culture)

DETLAF, T.A.
Dynamics of mitosis of the first cleavage divisions in the eggs
of sturgeon and trout. Zhur.ob.biol.23. no.6.401-,109 N-D'62.
(14IRA 16:7)
1. Institut wrfologli zl.twtnykh iiwn-1 A.N.Severtsova LN SSSR.
(KARYOKINESIS) (FISHES-EGGS)

DORFMAN, Vollf Aleksandrovich; DETLAF r it doktor biol. nau4P
ti- * =L
otv. red.; ASPIZ, M.Ye., red. z -va; GUSIKOVA, G.M.,
tekhn. red.
(Physicocheimical founotions of fertilization] Fiziko-khimi-
cheskie oartovy oplodotvoreniia. Moskva, Izd-vo Akad. nauk
SSSRP 1963. 254 P. (MIRA 16:7)
(FERTILIZATION (BIOLOGY))

DETLA.Fp T.A.; ZUYCHENKO, S.I.
Metaphase of the first maturation division in the oocytes of
sturgeons. Dokl. AN SSSR 152 no.1:24&.248 S 163. (MIRA 16:9)
1. Institut morfologii zhivotnykh im. A.N.SevertSOTa AN SSSR.
Predstavleno akademikom Yu.A.Orlovjm.
(Fishes--Eggs) (Karyokinesis)

DETLAF, T.A.; GINZBURG, A.S.
Acrosomal reaction in sturgeons wid the role of calcium
ions in the coupling of gametes. Dokl. AN SSSR 153 no.6:
1461-146,', D 163. (MIRA 17:1)
1. Insti-but morfologii -,shivotnykh im. A.N. Severtsova
AN SSSR. Predstavleno akademikom I.I. Shmallgauzenom.

-F
Analysis cX -,h(,. and sil-c-cilf4city
Lhe mat-.1ration cf uocrt,c-;; o-f* antrous
4
and replacement -)y the niicl(:--, of' smwtic ce-, IS.
10") nu. ti: 1441 -1 F 165.
I. Irlstitut morfolo"-il -,.hivolnf~.Ih irn. A.N. SVV(
Submit'led l')ly 30, Ic)t,l,.

D!I-ITLAF, ~b. I.
V. I. Iveronova, Z. I. HuzInina, S. 1. Futergondler and E. 1. Detlaf.
Atomic dispersion of x-raY3 in solid solutions. P. "
Faculty of Physics
Moscow State Univ.
SO: Bulletin of the Acad. of Sciences, Izvestia (USSR) Series on --I-.ys. Vol. 1.5, No. 1
(1951)
Discussion of the above paper. P. 52

24(2) 18(3) 18(7) SOV/126-7-2-9/39
AUTHOkS: Bo'rodkina, h-1. M., Detlaf, Ye. I. and Selisskiyja.P.
TITLE: Recovery and Recrystallisation in the Ordering Alloys
Fe--Co (Vozvrat i rekristallizatsiya v uporyadochiva-
yushchikhsya splavakh Fe-Co)
PERIODICAL: Fi-ika Metallov i Metallovedeniye, 1959, Vol 7, Nr 2,
pp H4-224 + 1 plate (USSR)
ABSTRACT: ThEi results of an investigation carried out with -the
aim. of elucidating the characteriStiGS of recovery
of the initial stage of recrystallisation of Fe-Co
alloys in relation -to cobalt content are described
in this paper. Alloys, the compositions of which are
sha-= in Table 1, were cast fi-oin Ariaco iron and
cobalt I into ingots wei-hin- 1 kr, These were forged
at 118A_ in8o billets and subsequently rolled at
1100 to 1150 C into strip ,:)f 3 uup -~biclmLess. The
hot; rolled strip ~as cut into squares %,,,hich were water
quenched from 900 C and cold rolled to thicknesses of
0.5 and 0.1 mm. Square specimens 20 x 20 nim were
cut; from the cold rolled strip. These were sealed in
eVELCuated quartz ampules and annealed at temperatages
Card 1/6 of: 150, 300, 400, 4,50, 500, 550, 6,00, 700 and 750 C,

'.'0 V/ 12 6- 7- 2-1~/3 9
Recovery and Pecrystallisation in the Ordering Alloys Fe--Co,
D
at which they were soaked for 5, 10 and 15 mins, 1 and
2 I:.our-, In special CELses the soakinG time was 8 hours.
Cocling was carried out in air. Specimens of 0.5 mm
-thickness were used for hardness tests on a Vickers
machine using a load of' 5 kS and for an X-ray Jmvesti-
gation in a RKS camera for rapid exposure (Ref 21) and
in a KROS camera. Exposure in thils case was carried
out in a Co irradiation., both the adaptor and the
specimen were rotated. The distances between the
object and the film was 100 mm. In the X-ray,~hoto-
graphs the K -doublet lines from the plane (01 viere
visible whieg in the case of deformed specimens appeared
diffuse and merged in-.1o the back~~rcund of the X-ray
picture. An increase in Co content of Fe-Co alloys
above 2.5% is associated with a decrease in lattice
parameter (Ref 3), as a result of which the doublet of
(01' ) shifts in the direc8ion of large Braf7S an[zles -
for a 2,5106' Co alloy 81 7 for a ?5% Co alloyJ~= C6'.
For this reason the SEMSitivity of the method to
Card 2/6 change f_n line width viaEl (great and increased with
increasing Co content. In order to estimate the

"~'UV/126-7-2-9/39
Recovery and Recrystallisation in thE! Ordering Alloys Fe-Co
C~
changes in width and Latensity of the doublet line
during annealing, the X-ra-,'T films were photometered
in the micro-photometer MF--4. The beginning of
recrystallisation was indicated by the appearance of
separate interference spots in the doublet line on
exposure to the KROS camera with a ri~;-id specimen
and. adaptor. Besides, specimens of U.1 mm thickness
were investigated in a Mo irradiation in a camera
with a flat adaptor in order to o"Dtain textural
X-ray pictures at an object-film distance of 60 mm.
Here the interference rings of the (011)~ (002) and
(112) planes were clearly apparent, from which.the
nature of the texture obtained could be established
and the progress of recrys-LbIallisation --ould be seen.
In Fig 1 the annealing tem-perature, and -.iiinim,im soaking
time required for the appearance of the maxima Kl and
CUr-7e 4 S
K in the photometric ~ shown in relatio
tg2 the Co content of the allo-y. FiS 2 shows m-i,--rc-
photometric curves for alloys w~-I- - different Co content
which have been annealed at L~00 6 for 30 mins. FiLs 3
Card 3/6 and 4 show micro-pho-tometric curvc~s for 650 a
% Co mid

V1 12; 6- 7-2 - 9/3 9
Recovery and Recrystallisation in the Orderine Alloys Fe-Co
35~6 Co alloys respectively which had*been annealed at
various temperatures and for various soaklinE times.
Fig 5 shows micro-photometric curves for a 4~~% Co alloy
which had been annealed at various temperatu:r.,es for
2 hours. Fig 6 shows the temperature ranges of
recavery and recrystallisation of alloys with differin6
Co contents: I - K.1 and K(x2 maxima; II - sharp Kcxl and
K., maxima; III-appea-rance of separate interference
sp ts in the ring; IV - complete disappearance of the
continuity of the rinL. Tine rek~ion of suppleriientary
diffuseness of the interference lines is indicated by
brackets. On.the basis of their Ox-periments, the
authors arrived at the following, conclusions:
1) A relationship between the t empe rat Lire raage of
recovery and the composition of the Fe-Co alloys
investigated has been established. The beGinn-ingr of
the breakinE up of the K. doublet in X-ray pl-io-i~ographs,
characterising the initial staGe of recovery, is
observed at very low temperatures in alloys of the
Card 4/6 stoichiometric compositions Fe3Co,, FeCo and FeCo3. This

;30V/126-7-2-9/39
Recovery and Recrystallisation in the Ordering Alloys Fe-Co
is due to the fact t:aat in a number of solid solutions,
the ordering alloys after deformation are thermo-
d amically least stable,
2fAll cold deformed Fe-Co alloys containing between
25 and. 75% Co can harden on low temperature annealinF,
The hardening takes place at annealing temperatures
which are not high enough to give a broken up doublet.
This hardness is due to ordering in the non-uniformly
stressed lattice and formation of mixed rel3ions of a
different degree of ordering. In spite of some increase
in stress in the distortion of the lattice at various
intervals of the ordering process which brings about
hardening, the process on the whole must lead to a
decrease in free enerrv.
3) In alloys containing 3,r) and 42% Co the repeated
diffuseness of the doublet ccincides in temperature
with a retardation in the fall of hardness after
attaining a maximum in hardness-rwneaalin~; temperature
curves (35% Co) or even with the appearance of a second
axim-am (425' Co). The effect described takes place in
Card 5/6 mthe transformation ran[~e which whs found by Idasinoto,

SOV/126--7-2-9/30
Recovery and Recrystallisation in the Ordering Alloys Fe-Co
Saito and Shinozaki (Ref 4) by means of thermal
capacity measureME!nts.
4) Recrystallisation in the orderinc Fe-Co alloys
0,
commences at order-disorder transformation temDeratures.
Recrystallisation commences at the highest temperature
in an alloy of the stoichiometric composition FeCo.
There are 9 figures, 2 tables and 6 references, 2 of
which are Sovietl 4 English.
ASSOCIATION: Institut pretsizionny1ch splavov TsNIIC121
(Institute of Precision Alloys TsNIIC13M)
SUIMITTED: May 14, 1957
Card 6/6

24 (2)~ 24 (6)
AUTHORS: Borodkina, M. M., Detlaf, Ye. I., SOV/48-23-5-22/31
Selisskiy, Ya. P. '
TITLE: X-ray Investigation of Interrelation in Processes of Recovery,
of Reoryetallization and of Ordering in the Alloys Fe-Co and
Ki-Fe (RentgenogriLficheakoye issledovaniye vzaimoevyazi pro..
toessoy vozvratal rekristallizataii i uporyadocheniya v splavakh
Fe-Co i Ni-Fe)
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheakaya, 1959, Vol 23,
Nr 5, pp 640 - 642 (USSR)
ABSTRACT: The increase of free energy in low-temperature deformation by
tensions of the 2nd kind and the increase of the surface ten-
sion occur in consequence of texture destruction. For a number
of solid solutions, the increase of free energy is related to
the stoichiometrio energy. These relations are shown in a dia-
gram (Fig 1), in which the solid solution consists of the com-
ponents A and B. In the case of low-temperature deformation, an
increase by the quantity & E m occurs in the free energy of the
solid solution which differs considerably from the stoichic-
Card 1/3 metric composition AB. The free energy of the stoichiometric

X.;.ray :nvestigation of Interrelation in Processes of SOV/48-23-1~-22/31
Recovery, of Recrystallization and of Ordering in the
Alloys Fe-Co and Ni-]?e
composition changes by 6 E n, and the total change of free ener-
gy is-equal to the sum of both these quantities. Themodynamic
considerations are then made of the recovery, recrystallization
and ordering. Next, the results of the radiographic Jnvestiga:-
tion of the ~recovery and recrystallization of the alloys in
question are dealt with. The relationship between recovery and
the tensions of the 2nd kind and the distortions of the 3rd
kind, revealed by an amplification of the radiographic lines,
is madE! u3e of. A diagram (Fig 2) shows the microphoiometric-
ally plotted curves of the K a doublet for three Fe-Co alloys,
annealed for 30 minutes at 400 0C. From the shape of these lines
conclusions are drawn as to the stage of recovery. Figures 3
and 4 show series of roentgenograms of the alloys Fe-Co and
Ni-Fe, annealed at various temperatures and different composi-
tions. Conclusions as to the stage of recrystallization, are
drawn on the strength of the interference spots observable here.
Card 2/3

X-ray Investigation of Interrelation in Processes of SOV/48-23-5-22/31
Recovery, of Recrystallization and of Ordering in the
Alloys Fe-Co and Ni-Fe
There are 5 figures and 5 references, 2 of which are Soviet.
ASSOCIkTION: Institut metallurgii im. A. A. Baykova Akademii nauk SSSR
(Institute of Metallurgy imeni A.A. Baykov, Academy of Sciences,
USSR)
Card 3/3

Av
1, V
"Is
01.2 0 P'll
N P~l a
13:
VA
Ph,
A"l

S/137/61/000/'010/030/'056
A006/A101
AUTHORSs Detlaf, Ye.I., Selisekiy, Ya.P.
TlTlzt On the correlation of ordering, recovery and reorystallization pro-
cesses in Fe-Co alloys
PERIODICALt Referativnyy zhurnal. Metallurglya, no. 10, 1961, 42, abstraot
1OZh264 ("Sb. tr. Tsentr. n.-i. In-t chernoy metallurgii", 1960,
no. 2,3, 224 - 227)
."MI An investigation was made-with Fe-Co alloys containing up to 20-75%
Co. The alloya were subjected to cold rolling with 8,3.5% total deformation by
the 0.5 mm thickness end subsequent annealing at 150 and 7.500C in a vacuum ht
different duration of heating. Subsequently the specimens were eleatropolished,
HV was measured, and X..;ray examination was carried oat by the method of reverse
exposure an KrA ,Co radiation. The lowest temperatures of rooovery were observ-
el in alloys of stoiohiometria composition. If a decrease of free energy, con-
neotled with reorystallization, exceeds the increase of froe energ;y connected with
softening, then reorystallization has a greater thermodynamical advantage and the
Card ~,/2

S/1371S 1/40CO/O 10/'030/'056
On the correlation of ordering, ... A006/AI01
rearystallization process may cause softening. In the opposite case, softening
advances reorystallization. In alloys with 35, 42 and 50% Cc both cases ooourj
this is manifested in the partial splitting-up of ihe doublet,
P. Zubarev
[Abstracter's note% Complete translation]
Card 2/2

DETWVS) V. K.
11 Jun 5 3
USSR/Mathematics - L-:i2 I.-,' Symbolic LOgic
"Vormal Algorithms and Recursive Funtions," V. K. Datlovs, 1fe-ningrod Br,
Math Inst im Steklov, Acad Sci USSR
DAN SSSR, V4 90, VTo 5, PP 723-725
ISStuddes the problem of the interrelations among the conepts of algorithmic
and general recursive functions, as discussed by A. Church, K. Godel, s. neene,
Th. Skolem, and A. Turing, in which connection the author demonstrat0s 7
theorems concerning the primitive recursive function, complete algoritm,
partial recursive function, general recursive function, and Olgorithmic function.
Thanks to his teacher Prof A. A. Marlcov, who suggested this subject and helped
in Its completion. r-Tesented by Acad V. I. Smirnov. 8 Apr 53.
260TB2

16(l) e 3 PHASE I BOOK EXPLOITATION SOV/1707
Akademiya nauk SSSR. Matematicheskiy institut
Problemy konstruktivnogo napravl.eniya v matematike; abornik rabot,
vyp. 1 (Problems Connected With the Construction Trend in Mathe-
matics; Collection of Articles, Nr 1) Moscow, Izd-vo AN SSSR,
1958. 348 p. (Series: Its.: Trudy, t. 52). 2,500 copies printed.
Ed.: N.A. Shanin; Resp.. Ed.: I.G. Petrovskiy, Academician; Deputy
Reap. Ed.: S.M. Nikollskiy, Professor; Tech. Ed.: R.A. Arons.
PURPOSE: This book is intended for mathematicians.
COVERAGE: The book is a collection of works presented at the seminar
on mathematical logic of the Leningrad Branch of the Ma.tematicheskiy
institut imeni V.A. Steklova (Mathematical Institute imeni
V.A. Steklov) of the Academy of Sciences, USSR. The articles deal
primarily with problems connected with the constructive! trend in
mathematics. A detailed study is made of the theory of algorithms
and constructive mathematial logic. The book is divided into
Card 1A

Problems Connected With the Construction (Cont.) SOV/1707
three main parts: I. The General Theory of Algorithms and Its
Application to the Theory of Associative Calculations. II. Con-
structive Mathematical Logic. III. Constructive Mathematical
Analysis4'
TABLE OF CONTENTS:
PART I. THE GENERAL THEORY OF ALGORITHMS AND ITS
APPLICATION TO THE THEORY OF ASSOCIATIVE CALCULATIONS
Nagornyy, N.M. Certain Generalized Concepts of a Normal Algorithm 7
Introdu ion 1. Definition of 6--We algorithms 2. Closure
of (39~type lgorithm 3.6-:type algorithms and normal algo-
rithme 4. -type ~,4orithms and normal algorithms (continua-
tion) -5. canonical c ----type algorithms 6. Composition of
C. type algorithms 7'. Branching of C,-__.rtype algorithms
8. Recursion of C--type algorithms 9. -Ltype algorithms
10. C' -type algorithms. References
Nagornyy, N.M. On the Minimum Alphabet of Algorithms Over a
Given Alphabet 66
Card 2/5

Problems Connected With the Construction (Cont.) SOV/1707
Detlovs.- V.K., The Equivalence of Normal Algorithms and Recursive
,,f'-Funct;3.o-ns -_ 75
I. Introduction 1. Brief History of the problem 2. Formula-
tion of fundamental theorems II. Algorithms of recursive
functions 3. Recursive functions 4. The algorithms of primi-
tive recursive function 5. The algorithms of an operator of
the mallest. number 6. The decidability partially recursive
function III. The recursiveness of algorithmic functions T. The
device of arithmetization 8. The recursiveness of a subsitution
9. The recursivenese of algorithmic functions of one argument
10. The recursiveness of functions of narguments IV. The
equivalence of Normal and recursive algorithms 11. Normal algo-
rithms of arithmetization 12. The equivalence of normal and
recursive algorithms. References
Orlovskiy, E.S. Certain Problems of the Theory of Algorithms 140
Introduction 1. Construction of normal algorithms inverse to
a given algorithm 1. Formulation of provable theorems 2. Con-
struction-of unknown algorithms 3. Proof of theorem 2 11. Con-
struction of a universal algorithm system 4. A universal algo-
rithm system 5. Fundamental lemmas 6. Proof of fundamental
lemmas. References
Card 3/5

Problems Connected With the Construction (Cont.) SOV/1707
Tseytin, G.S. Associative Calculation With the Unsolvable Problen
of Equivalence 172
PART II. CONSTRUCTIVE MATHEMATICAL LOGIC
Voroblyev, N.N. A New Algorithm of Deducibility in Constructive
Proposition Calculus 193
Introduction 1. Deducibility from hypothesis 2. Normal
formulas 3. Deduction of conclusions 4. Propert'2-s of deduc-
tions of conclusions 5. The connection between deducible for-
mulas and deducible conclusions 6. Deducibility algorithm for
normal conclusions 7. Examples.. References
Shanin, N.A. On the Constructive Meaning of Mathematical
Reasoning 226
1. Constructive mathematical objects 2. Historical informa-
tion. Critique of S.C. Kleene's theory 3. Fundamental logico-
mathematical languages 4. Algorithms of the behavior of a con-
structive problem 5. An algorithm for deciphering elementary
formulas 6. On the meaning of supporting formulas 7. Some in-
formation from the constructive theory of sets 8. Certain ex-
tensions of fundamental logicomathematical languages
Card 4/5

Problems Connected With the Construction (cont.) SOV/1707
PART III. CONSTRUCTIVE MATHEMATICAL ANALYSIS
Markov, A.A. On Constructive Functions 315
Introduction 1. Recursive functions with rational values
2. Regularly converging sequences 3. Constructive real
numbers 4. Constructive sequences of real numbers 5. Con-
structive functions of a real variable. References
AVAILABLE: Library of Congress
Card 5/5 LK/ad
6-15-59

,-T~R~ELOVIT~MYA~F-Grq kftud.kb1u.4Mk
Method for the determination of cyanides In the sewage of coket
chemIcal. plants and gas' generating stations. Gig-i sau. 25 uo.21.
51-54 7 160. WRL 13:6)
1. 1z Vkratuskogo Instituta kmumlluoy g1glyeny.
(MMGZ)
(ffA]r1]RS chavdatry)

KOSSOV, V.V.; BARANOV, E.F.; VOLOD11', L.N.; LEYDKII.'D, Yu.R.;
YIKHALEVSKIY, B.N.; SUVOROV, B.P.; DETNEVA, E.V.
[The interbranch balance of production and production
distribution of an economic region] Mezhotraslevoi balans
proi zvodstva i rasprodeleniia produktsii ekoi:iomicheskogo
ralona. I-';oskva, lzd-vo "Nituaka," 1964.. 20() 1).
0,11KA 17:5)
1. Akademiya nauk SSSR. TSentrallnyy ekonomiko-matematiel-12-
skiy institut.

VYPIMA'YLENKO, Aleksandr Ivanovich, inzh.; DETOGHKA, I.I., inzh.,
retijenzent; TANGWOVA, V.F.., red.izd-va; ROZW, T.I.,
tekhn. red.
[Automation of industrial transport] Avtomatizatsiia pro-
myshiennogo transporta. Kiev, Gostekhizdat USSR, 1963.
307 p. (MIRA 17:4)

pres:~Aell for, 1,6ir.-I'~-.- I alen r--. wid
a-metla.~~bcrucmi:;!06nlc atbis. t3lft Me estmsi K salt-,
corum;Vo6ding chjoyio!!~ mUi VM, .~rifi-aicjl and ultra-
V1621% qecun fal'ar OhL suacturij It 46; Ox?R for suinnic
adis. ~)inzsvj). equil of:F11SO.M. In &Y and w"'ift CCI,
indicitt torxi;a0pAcf j:~,Iymii ,gof grimiler high-iz than 2.
-Ruth P., Trosqtt.

Ir'm* tri wid struct. of %,JIhJr be d&- S, Detuld
'Ire
"air Engli-00-
Spfcua n~ b-nizene.. A-mliane-, 'Ind
jw'& arv giveit. (t:1 tile ba,is )f thex tipc,~~ra evi6ence is
In tile io'lim!
found f(IT the raoull"t 0,

h Ul;, I
S/081/62/000/013/00-i'/0'54
B158/B144
AUTHORS: Blinc, R., DetoLi, S., Pintar, M., Poberaj, S.
TITLE: Electron parama6-netic resonance inf'm-irradiated
ferroelectric LiH 3(Seo 3)2
ilERIOD1C,tL: Referativnyy zhurnal. Khimiya, no. 13, 1962, 73, abstract
13B466 (Croat. chem. acta, v. 33, no. 2, 1961, 89-92)
TEXT: Single crystals of LiH 3(SeO .3)2' grown from aqueous solutions, were
60 6
irradiated byi'--rays of Co (dose of 10 r) at room.temperature. The
epr spectra were examined at various orientations of the samples in a
magnetic field H. The spectra obtained where the main axis of the single
crystal c I H are identical at deflection angles ~ and (180OC-f), where
q is the azimuthal 'afidl6-"5-e-YiW~W-n--d'i7f~--ction6 of H and the other axis.
Spectra for the case where a I H sgree for all values of5 . Where
bl.E, strong anisotropy of the spectrum occurs. Keeping the samples for
2 months does not alter the form of the spectra. [Abstracter's note.:
Complete translation.]
Card 1/1

AU-'HORS!
TITLE.,
Detre. A., Chang Yu-che
23929
F h o t ) elr b s -3 r va oz-. z :~ f CY Aq ri~'E M c:,
PERIODICAL- Refera~-.Ilvnyy zhurna-, Ast~rznc.-Tiya i Gedeziy-a, nc-. b, 1961; 22~ ab-
stract 6AlS)F- "'Ac-a '9 1, 50---- , Chin-
k 1 00. 19
e~:e, Eng--..
TEXT- Five full curvt~?, ~f GY Aqr werE- --b~:.a,*nEi d,--r-Ing four night.
in 1959-1960. Frcm 2:~ max*.ma cbsfrv-d SIT;ce I(iV4 tormula -,i var-laticn of' -,ho
Deriod was derive;j.. +
OxL) n ~T.?~2161)8.4GN, x 0, E
nbe BE Mon was ob!iervedl during 19 r. i gh, SIne pE,r-4--),i prz,ved bi, rath---r
than 04421 as was aJc~v,..ed In OV CKPZ) A V, S,--,,~vl s --bsemaptlms
satl,sfy perfectly the, n~w peric.i ve.lue. in
forms are j:resented, ae well a., IhEt Jlagrum, Of pe!,,.-,,i cha~.;~~s .-C H Mcn.
are 18 referen--es,
[At-stra,-~-.erls note. Ccmr-'
R , 2,--. ~.3,~il a
Caf-d 1/,.

Ura, L.
Mechanism of the effect of looser known antibiotics on the tubercle
bacillus. Orv. hetil. 93 no- 13:397-398 30 Mar 1952. (OLML 23:3)
1, Doctor.

C,nife-ren(:c on trtno7,, ; a I romrx;~.,~ jrire
llo !,'0.
Forllil,,T 1 fist of -,ast E~lrorean Accesrion.,:, Vol
I'aY Uncl

DETRE, L.
DETREv L. -- KoalemerWei - Vol. 5, no. 1, 1955.
Blazako effects. p. 13.
SOz Month3jv list of East Europswi lacessions, (EFAL), LC, Vol. 4, No. 9, Sept. 1955
unal,

DETRE, Laszlo (Budapest)
Optical observation of the impact of the second Soviet moon rocket.
Magy tud 67 no.7:391-395 J1 6o. (EEAI 9:11)
1. Lev. tag, Ma ar Tudomanyos Akademia.
(Rooketaf (Noon)

L 18681-63 FCS(f)/EWT(1)/FCC(w)/BDS/ES(v) AFFTC/ESD-j Pe-4 ENS/IJP
C/001/61/009/001-2/016/014
AUTHORS: e Las '5 (Translated by C
Ralazs, julia'. Pqtr -.- z 0 _h~ Yu-che
(1728/6877/0772T' ~b-?IWMMs
TITLE: Work on RE Lyrae-Variables, at the Budapest Observatory
PMIODICAL: Tlien-wen Hsueh-paol, v. 9. nos. lj,2, 1961, 77-82
V/
TEXT: The authors review observations of RR-Iyraq-qt~a~rs made at the
Budapest Observatory since 1932. The studies cover light and color curves,
period changes of field and cluster variables, and the Blazk o-effect. TP-ter-
pretation of the O-C diagrams and a worldng hypothesis for the Blazk -0~-effect
are discussed briefly* The need of cooperation between the observatories in
Nanking and Budapest,. especially in work on variable AC And, is stressed.
ASSOCIATION: The Budarest Observatox7, 9-8-X-Y
1/1

Iaszlo akademiktw
Astronomy; the past one and a half decades In retrospect. Elet tud
16 no,49:1559 3 D 161.
1. Magyar Tudomanyus Ak-ademia Cei3aagvizagalo Intezetenek igazgatoja.

ACCESSION NR: AP4*0001
AUTHOR: Detre, Lasjlo
R/0016/64/090/005/0135/Q39
TITLEs Origin and development of th* stars
SOURCE: Fizikai szemle, no- 3, 1904t 135-139
TOPIC TAGS- halo star, Milky Way, disc star, emission line. compression, expansion
.gravitational contraction, explosion, cometary nebula. planetary neblda'.
Hertzsprung-Russell Diagram
I ABSTRACT: The stars in the so-callei "halo" of the Milky Way differ essentially
from those in the disc not only in location and chemical composition but also in'
their motions, and can 'thus also be recognized when they happen to IM) In that
part of their orbit around the center of the Milky Way System which crosses the
disc. The now rare formation of interstellar gas stars in the halo has been
I taken as proving that the halo atars are older than the disc stars and data from
the time when there was still enough gas in the halo. The paper describes the
mathematic'ally based theories on the formation of stars and part&mlarly of light
and heavy elements in them as propowided by E.Ke and G*R. Burbifte, Fowler and
3

ACCESSION Rt AP404oool
Hoyle (Revs. Mod. Phys. 29, 547t 1957Y, a]nd the "especially popular' Hertzsprung-
Russell Diagram (M) of the computed itays of development, wherein the absolute
brightness is the ordinate, the spectrums the abscissa. The hypothesis of the
cometary origin of the stars is the most probable among the many ingenious
mechanisms suggested as promoting the compression of the cosmienebulao and hence
the formation of stars. Thus far contraction has not been noted in aru, heavenly
body, but expansion in many. In the stars of T Taurl, which accordl-ng to the ar-
rangement in the HRD should still be in a state of gravitational contraction--
at least according to the agglomeration theory--, the emission lines in the
spectrum are shifted toward the violetp which means that the external layers
i are moving outward. Very many kinds of stars eject matter into intorsteller
space, notably the supernovae, novae and the planetary nebulae. But even such
simple stars as the sun constantly emanate matter (the so-called "solar wind").
This emanation is incomparably stronger from Wolf-Rayet and P Cygni, and particu-
larly the AlphaHerculis twin stars. In investigating the development of the starst
their radiations of matter must evidently also be taken into accounts The HRD
chronology of star clusters shows no correlation with their chemical c(upositionj
vhich depends exclusively on the distance from the plane of the MiUy Ways In
general@ the nearer to this plane, the higher the wtal content# so that there