SCIENTIFIC ABSTRACT TAMEVOSIAN, G.T. - TAMM, I.YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001754810020-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

u. 1.
"Synthesis of polycy~--Lic Irjdroaromatic Iretones: II. 3-keto-7methy-l--l, 2, 3, 9, 10,
11 - hexalrjdrophenanthro-nes". Taxaevosi~n, G. T. and Vardaniian, A. G. (p - 327)
SO: 9-MUM! og Go-naral Qhgmd-i-tj=, (Zhurnzia Obshchni KhImit) 1949, Trol. 10, ~O. 2.

G. T.
"Sy,itl,cs';.j of --polly.,,yclic hyboaromatic ke'U-one:.>: IIT- 3-keto-1, 2, '1, 11, l'
I
i2a-hexal-vdrochrysenell. Tamevoslan, 131, T. and Va.-dlanian, A. :1. (!~. -'332)
SO: Journal of Go-eral Cherustry, (Zhurral C)bsi-,C'L!----i !ZaLmdd) 1,,:'-'9, Voll. '-c,, "'-o. 2.

c
!-'C,Z1L,YSaV, V..A. PENT IN. Yu.A. ; Tj,,M1WSKIY, V.?4,
Infrared absoration s cii~t "'~-n1ogenm1kpnea in .he Acuid
and solid stAteD and the number --d configurntions of
i3cmern. Opt.i spekt-r- 3 no-3:211-220 5 157. (MLR~' 10:9~
Usomera--SuectrA)

VLOKH, N.F.; MOSHINSKrY, L.G.; BRTAI, B.S.; ZOLOTAREV, M.A~;
PEPELYAM, B.Iq TAMGIN, V.S.
Eliminating cavities at the Pokrovskiy mine. Gor. zhiw.
no. 12-.73-74 D 165. (ERA M12)
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UWASUTI IS KOUBUTI UPOK
MWAMUN JOUNIAL OF MININD
AM IWAUAMW
Vol. v (1=111). 1950
so. 20, Oct.

GUMITI, S.I. [deceased]; TAMILIIJ, .
HarinAns of steel at term-vretvires near solidus. Yestai All
BSSR. Ser. fis.-takbn.nav. W).2:5-9 '58. 04IRA 11:10)
(Steel--Testing)

TAMITSKATA, M.V., uchitelinitea.
Reviewing botany on field excursions to collective-farm fields. Eat. v
shkole no.3:42-48 My-je '53. (KLRA 6-5)
1. Mamontovskaya semiletnyaya shkola. Pushinskiy rayon, Moskovskoy oblasti.
(School excursions) (Botany--Study and teaching)

TAMITSKAYA, M.V., metodist.
111-~t-- -
............,
Irperience In conducting student excursions to farms. Zat.v shkole no.6:87-
88 153. (MLRA 6:10)
1. Moskovakiy oblastnoy institut usovershenstvovanlya uchiteley.
(School excursions)

TAMITSKAYA. X.V., uchitellnitea
;-09eitroy waedsto by S.A.Irott. Raviewed by X.T.Temitsimia. Biol. v
,,,~ abkole no. 3:94t It-Je 158. 07RA 11:8)
1. Kamontovskays shkola Mytishchinskogo rayons Moskovskoy oblasti.
(Weed control)
(Kott, S.A.)

TMITSK&YA, M.V.,uchitel'nitea
Practical assignments in studying the biology of plants and
Insect pests. Biol. v shkole no.1:71-75 Ja-F '59-
(KIRA 12:2)
1. Kanontovmkaya, aredn7aya shkola Mytishchinskogo rayon& Koakov-
skoy oblasti.
(Botany-Study and teaching) (Intomology--Study and teaching)

TAI--'Tr3KIY) o. F.
I
VICHURIN, WAN VLADRS'MrVIGH, 1355-1935.
Teachers' insufficient knowledge of Michurin biolOP,'y Rnd ways to overcome it.
Est. v shkole no. 3, 1952.
9. Month List of Russian Accessions, Library of Congress, September 195Y? Uncl.
Y

S OVI 51 -4 -518 -0/ 2 4
A UTIIQR9. t ZnAtov, T. R., Docent, Candidate of Tqchnical Sciences,
Tamitskiy, E. D., Engineer
TITLE. On the Problem of the Quantitative Photometric Interpretation
of the Discriminative Properties of Spectrozonal and Color
Material for Aerial Photography (K voprosu o kalichgatvennoy
fotometricheskoy otsenke deshifr ovochnykh svoysrv
spektrozonallnykh i tuvetnykh aerofotomateriaiov)
PERIODICAL: lzveatiyL vys_-h_J;rh uchebrykh zavedeniy. Gendeziya
aerofotos"yemka, 1998, Nr 3, pp 9~-98 (USISR)
ABSTRACT: This is a presentation of a new method of increasing thv accit-
racy in estimacing the discriminative properties of variot-.8
types of photogra phic color materials. The procedure is as
follows: A negative is assumed to -incorporate features, of three
different types of timber, for example fir, birch, and oak
trees. The photoelectric photometer measures-the density D of
the features of all three types of timber. 't'veraged densit�es
are obtained from measuring 100 specimens of each type of tim-
ber. They are plotted in a diagram. The distribution of the
Card 1/3 points along the coordinate axis permits to determine to what

SOV/1 ~,74 -f5- 2 -24
On the Problem of the Ouantitative Photometric Interpretation of tne Dibrrim-
inative Properties of Spectrozonal and Color Material for Aerial ilho-topraphy
degree the densities of the images of one grovo of oojects dif-
fers from another. This mpthod is most effective in estimating
the discriminative properties of two-layor COlOr DhOtographic
materials. The density of' each layer can be measured at any
point of the negative. In three-layer negatives rhe method of
quantitative estimation is complicated by the necessity of'
establishing a three-coordinate frame of reference. In tha
case the color shade of tile negative can oe determined accord-
ing to the international system of color coordinates XYZ with
the aid of a visual colorimeter. The ranges of straying are
entered into the standardized color diagram. The advanthge
offered by this method is self-evident in particular with two-
layer negatives which are also referred to as spectrozonal
negatives. The method was successfully tested In tn;~ Laborato-
ry of Aerial Photography Methods of the Cha.~r of C;irtography
at the AYGU. There are 4 figures and I reference, ! o~ which io
Soviet.
a r d

SOV/154-58-5-10/24
On the Problem of the Quantitative Photometric Interpretation of the Discrim-
inative Properties of Spectrozonal and Color Material for Aerial Photography
ASSOCIATION: Moskovskiy ordens. Lenina i ordens. Trudovogo Krasnogo Znameni
Gosudarstvennyy universitet im. M. V. Lomonosova (Moscow Lenin
Order and Order of the Red I&VW BanwrOState University imeni
M. V. Lomonosov)
SUBMITTED: December 3, 1957
Card 3/3

INDICHENKOP I,G.; TAMITSKIY, E.D.
A now copying apparatus for the printing of colored and spectrozonal
aerial photographs. Geod.i kart. no*5s3O-35 YIV 161. (MIU 14:6)
(Color printing) (Nap printing)

0
GORBATOV, V.A.; TAMI -TSKIY, E.D.I
Investigating the stability of the color characteristics of a
landscape being photographed. Geod. i kart. no-11:34-38 N 164.
(MIRA 18:2)

A A 1- LJA- 19 M

PAIAC16646 Age POWMICS an*

Solo ft the Reduction Velocities of Im Odd". I. P. T&UUSYWW&o G- I.
00, CW&M, and V. K. Antonar. "ti 00 XWM$&tl JAPOk# 1950j, VOL 5o
09 Oct., pp. 579-583). This paper is a translation of a paper
seal published In the April 1950 issue of the DaUstin of the Russian Aaademy of
**A 2
8 Science, The authors Investigated the reduction velocities of IF430
id the ~X`sn
deter
h
Th
l
mi
*0 so
m
a
and PsO for certain deter
ned surface we".
ey a
'
e*-t the dissociation* at certain reductiom velocities.
pressures corresponding to
ood The preparation of the spWimme and the test procedure are described and the
0*0 N results are given In tables and graphs. The authors draw the followinS can-
0*0 111 clualonst (1) Thernodynamical calculations confirm that at temperatures between coo
001, P 1909! and 1=0 K. the equilibrium oV&= pressure during dissociation Is about too
Sol
! Wv times greater for Fa~Q~ then for IF40. (2) In spite of the large difference 400
t
h
AUL hree cicides 0
e
regards dissociation cinditions, the reduction velocities of t
when reduced with tVdroga and for squar surface areas are about equali the 40*
Ocrr-spont"ing activation energies ar4 13.5 to 16.5 kg.cal./Aol. (3) no relatims fte
between the reduction velocity and the krdrogen pressure is not l1nearl removal goo
I of o3Wg4n from the solid phase lattice structure follow laws during dissociaUm woo
which are different from those during reduction. (4 The adoorbtion-catalytic :200
Abars"Isr--of - W"M his bm a ----A. use
j relation between

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VEYNER, Arnolld Tynuvich; TAMJARV,-K., red.; SEPP, A., tekhn. red.
(Socialist industrialization of the Estonian S S.R.1 Zesti
WSV sotsialistik industrialiseerimine. Tallinny Eesti
Riiklik Kirjastus, 1958. 389 P. [In Estonian] (MIRA 15:1)
(Estonia-Indust,ries)

SCHNEIDR, Heinrich, kwW~ yur. nauk; TAMJA,RVI K.,, red.; KOHU, H...
tekhn. red.
Intercollectiver. organizations and their legal status in the
Estonian S.S.R.]Zolhoosidevidwlised organisatsioonid-ja
nends, oiguslik seis~W Beati NSV-s. Tallinn, Beeti Riiklik
Kirjastus, 196L. 121 p, (MIRA 15:11)
(Estonia-Collective farms)

TAMARV, K., red.;-SEPP, A., tekhn. red.
........... ........................... ~~
[Protection of labor safety in agricultural establishments]
TO"Okaitse ja obutustehnika pollumajandusettevotetes. Tallinn,,
Eesti Riiklik Kirjastus, 1963. 489 p. (ZAIRA 16:12)
(Agricultural laws and legislation)
(Agricultur66;-Safety measures)

LIDkRZHIK, M.; MIAZIVA, I.; BER&NOVA, D.; TAMEHINA, I.
Low molecular weight epoxide resins and their eN;i-
naering uses. Xhlu.prom. n0-3:209-213 Ap-Hr 160.
NIU 13 ZZ 8)
1. Issledovatel'skly Institut sintetichookikh smol i lakov,
Pardubitse, Chekhoolovakiya.
(Itesize, Synthetic)

L Z52o-66. a.&(S)-2/EPF~'C)/Z,,T(J)/&iT(M)/ZTC(M)/T PJ41'Wd
ACCESSION NR: Ap6ol,68
U1110374/65/000/003/0087/0092
678:620,179.46
AUTlIOR:.. Zvonarzh, .. PardubLU01 ToakhIna, 1. (mhn~Ltse)
4A
TITLE- Static and dynamic properties of fiberglass reinforced plasticjjv~
W_ ,
Part 2. The effects of thickness
SOURCE- MekbpwAka polirnerov, no. 3, 1966, 87-92
TOPIC TAGS. fiberglass reinforced plasUc,'plastic elasticity, elasticity modulus,
polyester resin, Beer equatiou
ABSTRACT-, Ina previous communication (Mekh. polim. , 1965,'l, 146), the authors
describedthe influence of the individual components of polyester resin and glass on the
dynamic E and G TnoduU, and the mechanical loss coefficients d and d' of fiberglass-
reinforced plastics. The present paper is devoted to the study of thickness effects. i. e. ,
the influence of the number of layers and the thickness siw
_9f gle layers on the statically
and dynamically determinod E -and G elasticity moduliv The temperaup effects were
also studied. The fiberglass-71pinforced plastic was made of_yo~Let 33ftd the uneatur-
ated!qHS-P!jI
_Xester 104 resi6kith 2% methyl-ethyl ketone peroidde and 1% of a 10%
solution of cobalt Wbithenate in toluene. Tests showed that the E and G inoduli are, for
all practical purposes, independent of the total thickness of the material; they are senst-
carivetlygwever, to the thickness of a single elementary layer, i.e. , to the glass content

L 752o.,.66
ACCESSION NR- AP6016887
within the plastics. The results are In good ngreement Mth theoretical approximate
equations; the systtanaUc deviation Indicates that the Beer equation (F. Beer, VDI
Ztschr. , 1959, 101, 463) neglected the wave-like packing of the fibers and assum cid an
ideal connection between the resin and glass. The dynamic moduli are, as a rule, larger
(in absolute terms) than the corresponding static quantities and the difference increases
with the temperature. Orig. art. has: 10 formulas, 2 figures, and 3 tables.
ENCL: 00 StM..CODE! MT

L 53'_'112-65 Pc-4/Pr-4/Ps-4/Pt,_7 vi/Rm
ACCESSION HIR: AP5CLU996 UR/0374/65/WO/OM/0146 /01-50
678639.4,33
(MGRS I TWWdW, -1. (Pardubitse) i Zvonarzh V. (Pardabitse)
TITLE: Static and dynamic properties of fiberglass.1 1. Effect of temperature
SO 1
URCE: MaMmiM poMmrov,. 196% 146-150
TOPIC TAGSi fiberglassp polyestert temperature dependence, elasticity, coeffi-
oient / Uplast 35, CPS Polyester 104
ABSTRACTs The static and dynamic elastic and shear moduLi, the coefficients of
mechanical and shear loss, and the dielectric loss in fiberglass, aF d resins,
and glass filler were investigated. ~;amples were made of Uplast 35 lind CHS)-
Polyester 104. The average glass content was about 55P. The properties Of
fiberglass depend ebiofly on the binder, which was CPS-Polyester 104 in the qx-
per5ment. The static and dynamic she&.-- and elastic moduli of this material do-
aline rapidly with rise in temperature above 40C, and at 70C are &Lready leas
than half the in-itial value, At 20C t~,q tcrnamic elasticity modulus -was fo'znd
2 2
be about 45 000 kg/cm the shear modulus 15 000 kg/cM . The corr4ponding
Card

53812-65 T,
ACCESSION UR: AP5011996
Poisson's ratio is about 0.5, and the coefficient of loss about 0.1. For glass
the elasticity modulus is near 600 000 kg/cm2. For fiberglass the elasticity
modulus is 150 000 kglc2 at 20G. It declines with rise in temperattme,, and the
temperature gradi declines wilth iucrease in freque=70 Mechanical loss gener- i
ally Increases with-rise in temperature, but It shows a minimum at 40C. The
ratio of elasticity modulus to shear modulus tends to be about 3, and Poisson's
ratio about 0.5. Dielectric lose generally increases with rise in temperature,
r
with a mg-cimm at about BOG. Tnerease in frGrquiency shifts the mazirman toward
hlgher~ temperatures. Orig. art. has: 6 figures and 2 equations,
ASSOCUNIONt none
SMMITTED v 1ONova 914CL: 00
NO REF SOVt 000 OTHER: 014
SUB GOEEt HTp TD
'A
Cc! ~2

fAKKIVI) P. I.
Tarikivi, F. I. - "Ccntrol of t'-. e Velocit~- of DC Electric Drive b-, CaarL-iiVy
the Magnetic Current of Machinery in Staf-I-e-3. 11 Min Higher Mucation
Leningrad Electrical Eiqinecrin~ InsL imeni V. I. Ullyanov (Lenin). Leninerad,
1956 (Dissertation for tne Degree of Candidate in Technical Sciences).
So: Knizhnaya Letopis'-, No. 10, 1956, pp 116-127

110-1-5/19
AUTHOR: Tamkivi, P.I., Candidate of Techmical ScienceS
TITIE: Speed Control of d.c. Drive by ohanCinG Part5of the
Magnetic Flux (Upravleniye skorost'Yu elektroirivoda
postoyannogo toka izmeneniyem magnitnogo potolza no chastyam)
PERIODICAL: Vestnik Blektropromyshlennosti, 1958, Vol.29, i4o.l,
pp, 17 - 22 (USSR).
ABSTRACT: The speed of a four-pole d.c. machine can be con-trolled
by altering the field current of only one pair of poles. When
this is done, it may be said that part of the va,-,nctic flux
has been changed; the term 'dual field control' has been
used in American literature. If the operating conditions of
the machine are satisfactory and the mechanical charactcristics
of the drive are suitable, this arrangement will increase the
range of speed control up to the limit of the mechanical
strength of the motor. The ma6netic field conditions arisinG
in motors during this kind of operation are analysed to show
that if part of the flux is changed, transverse armature
reaction is to some extent self-compensating. The influence of
the latter on the resulting- flux- in a machine, type nH-68,
has been calculated and is shown Graphically in The
results show that Tvhilst with ordinary methods of control the
Uardl/3 cross-field has a de-magnetisinG effect at small flux values,

110-1--2119
Speed Control of d.c. Drive by Chan-Zine Part5cf the
it may even have a magnetising effect when only part of the
magnetic flux is changed. 17hen a Dart of the flux is changed,
re-distribution of the flux may reauce the maximum volta"-e
between comriutator bars, cormi)ared with ordinary mlethodS of
control; this is illustrated by the graphs in iri[,, 3. It may
also reduce the ntaximuri potential differencc on the coj:;niut,).tor
as shown in FiS.4.
A formula is given for the external characteristics of the
ger--erator. Practical tests were made with a machine, tuj~pe
nH-68, operating as a generator and as a motor. The e:~Terimental
data plotted in FiC- 5 show t1iat whilst, with ordinary :;Othods
of control, a two-fold change of speed causes instability, an
eight- or nine-fold change can easily be obtained b~, altcring
the excitation of pairs of polea or of single Doles. This
improvement is mainly due to the altered distribution of mar-
netic flux in the machine. At small values of maE;netisction,
thecross-field has a smaller de-magnetising effect than in the
normal case.
Transient processes during field control are examined mathemat-
L;
ically and it is concluded that when only part of the field is
varied they differ little from normal. The method is
Oard2/3

110-1-5/19
Speed Control of d.c. Drive by ChanE-inc-; Part-4 of the Yakr:,nctic Flux
recommended for incroasin.-- -the ran(,;e of speed control without
altering the design of the machine for drives usinC uncompen-
sated machines. Of the possible methods of control, that in
which the poles are controlled in -pairs gives the best static
and dynamic characteristics.
There are 6 figures and 5 References, 4 of which are Russian
and 1 English
ASSOCIATION: Po w e r I n s ti t u t e , Ac. Sc. Estonian SSR
~IjisbituL., eiiei~betiKi All ESSR)
SUBMITTED: July 18, 1956
AVAILABLE: Library of ~,ongress
Card 3/3

AGUR, Ustus; TIISMUS, HU90; -TAMVI,,,P.,,kand. tek)u4 rwuk,,
retsenzent; ABO, L., red.; LUIM, E., tekhn. red.
[Electric drives] Elektriajamid. Tallirm, Eesti Riiklik
Kirjastus, 1963. 625 P. (KRA 16:12)
(Electric driving) (Electric motors)

,RIKA 0 Va tsl6r"CKubelk9,Vadlav1, dokt. takhn.nauk, prof.; BOGATUROV, B.V.
[translator]; 79SELYy, VityazOslav, glavn~y retserizent; TAMKHINA,,,-Ya-.,,-
inzh., doktor, glavn" red.; VOYTSSKH0VSK1Y, Y.L., ksndjhkEfi.&i'~k,
red.; HINAYsNA, T.M.. red.; MRDVAMV. L.Ya., tekhn.red.
[Pate, oils and emulsions, and their use In tanning. Translated
from the Gzacb] Zhiry. masla I emullaii I ikh primenenie v kozheven-
roi promyshlennosti. Ferevod a cheshskogo B.V.Bogeturovs. Pod. red.
V.L.VoitsekhovBkogo. Moskva. Gos.nauchno-tekhnAzd-vo lit-ry po
legkoi procWshl., 1957. 233 P. WU 11:2)
1. Slovatskoye vyssheye tekhnicheakoye uchilishche v Bratislave.
Ghekhoslovakiys. (for Kubelke). 2. Slovenskays Akedemiya nauk.
baktsiya entestvannykh i matematicbeskikh nauk (for Tamkhins,
veselyy)
(Oils and fate) (Emulsions)

Notes on loo ;-i -)a--, on JuIrar Smui.--'! I-, boo!, of pop-rus Mere ja tnevn V~I,
the S,,~a an~ -). 3.4,30
T.001,71'T". (:~Iy YjRJATTIK--- LIF-7) Tallinn, -'stcnia
No. 10, Oct. 1,950
Vol. lIN Dic. lq5l~
~To
Monthly Liit of Ea-,t lEi-irolif-an Acnnq~iionq -.~tj ) T,r
Uncl .

T
The 1(3ea', the a-'. !~r-! 9-- r)oc;it!.vr.- h.-,r,--. in ov drcrntic iito~rature.
x
1404
HIT) -allAnn, ',qt~onfe.
No. 10, Oct.
Mortbl.v List of Kant Euronpar. Acce-3sions LC, Vol. 8, I'lo. 12, Dec. 11159
Uncl.

RLFSMENT, I.R&; Prinimali uchastiyeiDREBENTSOVA, L.I.;.TAMM, A.P. I
Composition.of compallm s.separated from intermediate shale
tar fractions with a soda solution. Knim. i tekh. oro
slan. i prod. ikh perer. no.10:228-241 162. ~MIRA 1?:5)

BORISOV, K.I.; BOGDANOV, N.P.; GENTSi N.N.; TAKK, A.I.; FILATOVA, I.T.,
red.; GOLICHENXOTA, A.A., tekhn.red-0'*--'---'-"- '
(Trade Union of Builders; brier outline history] Prorsoiuz
stroitelel; kratkil istaricheskii ochark. Koakwa, Izd-vo
TTsW3, Profizdat. 1959. 190 p. (MIRA 13:5)
(Trade unions)

1900
1,~M
83860
S10231601000100210031003
C 1.11/ C 333
AUTHOR:_Ta=. B.
TITLE: Methods of Linear Interpolation of Curves of Third Order
for Numerically Controlled Milling Machines
PERIODICALs Izvestiya Akademii nauk Estonskoy SSR. Seriya
tekhnicheskikh i fiziko-matematioheskikh nauk,
196o, No. 2, pp. 16o-175
TEXTt The present paper was carried out in the Institut avtomati-
ki i telemekhaniki Akademii nauk SSSR (Institute of Automatics
and Telemechanics of the Academy of Sciences USSR) under guidance
of V. A. Kotellnikov, Candidate of Technical Sciences.
For the automatic control of the milling process the profile of
the material to be machined is approximated by polygonal lines.
Here the maximl- deviation of the polygonal line from the profile
mus.t not exceed a magnitude ~ defined by the demanded accuracy VY
of the treatment. If the profile is described by y - f(x), then
the x-axis can be divided into-equal intervals jf-~ x and the
secant line corresponding to these intervals can be taken as
approximation. The choice of & x depends on the mentioned
Card 1/3

8386o
S/023/60/000/002/003/003
C ill/ C 333
Methods of Linear Interpolation of Curves of Third Order for
Numerically Controlled Killing Machines
6 - demand. The determination of an optimum 6 x (i. e. as
large as possible) for which this demand is satisfied, requires
a repeated detailed calculation of the whole polygonal line.
Therefore the author proposes to dispense with equal 6 x-inter-
vals, and starting from the given initial point to determine the
first A x such that the corresponding secant has the maximum
admissible distance cf from the curve f(x). The end point of the
secant determines the new initial point, the second secant is
chosen again so that the J -demand is maximally utilized, etc.
The method can still be modified by remaining on the first secant
as long as it has again the maximally admissible distance j
from the curve beyond the intersection with the curve. The author
explicitly calculates this interpolation method for the case where
the profile is described by cubic parabolas. .
The author mentions V. V. Karibskiy, Engineer of the Institute
of Automatics and Telemechanics of the Academy of Sciences USSR,
Card 2/3

838W
B/023/60/000/002/003/003
C Ill/ C 333
Methods of Linear Interpolation of Curves of Third Order for
Numerically Controlled Killing Machines
There are 12 figures, and 4 references: 2 Soviet and 2 American. V~r
ASSOCIATION: Institut energetiki Akademii nauk Estonskoy. SSR
(Institute of Power Enaneering of th,e Academy of
Sciences Estonskaya SSR)
Card 3/3

S/103/61/022/008/007/015
D274/D302
AUTHOR: Tamm, B.G, (Tallin)
TITIZ: Automatic programming system for machine tools
1("D 1011: _!v1:o-.ctiI--a i t,_,lemeA'ch..a-ika, v. 22, no, J). 1961..,
1038-1054
T-;'._T: The computation of change poi-ats (i.e. Tioiift.-- uhrn7c: oiir.~ Lype
of curve intersects anothcr type) i,-, conoidcredl for :. Ii-Cx-circu-
lar interpolator alone; a. contour consisting of lines aand circler:
a system of automatic procrrar..1mirq,, is proposed for computivig these
points, The track of the cutter center (the equidistant) is auto-
matically found by a computer. This compares very favorably x-Tith
previous methods,. The method of computing the equidistant reduces
to simply describing the track of the cutter centcr by mearts of a
coded control -program, The control proi..rr;-.xn contains tne initial
datF, (i.e., all the unknown geometrical elements in terms of the
known ones) and the instructions for the computing process., Tables
are given with the code used for the Russian words expressing the
Card 1/5

a",/103/61/022/008/007/015
,Automatic programming sy5tem_, D274/D302
geometrical elements and the instructions, The progrAm is punched
on tape in the form of a combination of decimal and octary figures.
The elementary code notntions are fed into the computer in the deci
mal system; the complex notations and the instructions are fed in
the octary system, The notations are fed to the working memory of
a general-purpose computer (WIG), and the instructions are read
gradually by the input unit in the course of the computation pro-
cess. The system of automatic programming (SA-1) itself is always
placed in the permanent memory of a general-purpose digital compu-
ier. The SAP operates as follows. The computation process can'
start after the coded notations are fed to the working memory. The
instructions are fed (after reading) to a control unit. This unit
forms (automatically) the algoritlm of the computations ant deci-
Dhers the input data. The deciphering is done by two devices: the
decipherer of commands, and the decipherer of the g3eometrical
meaning of the command. The first decipherer divides the commands
into two groups, so that the second decipherer receives only the
commands containing geometrical elements. Each geometrical element
has its own converter. A geometrical element which passes through
Card 2/5

S/103/61/022/008/007/015
,Automatic programming system,,- D274/D302
0
the second decipherer and its converter, in, expressed Oy its appro-
priate characteristic (a circle e,g, is ex 'Dressed by the coordinates
of its center and its radius). The converters constitute the con-
verter unit, This unit, besides transformin',r the given geometrical
elements into standard form, solves also problems of tincling 1-tic
equidistant, After the elements of the equidistant have been put
into standard form, all the change points are calculated which are
reouired for determinincr the continuous track of the cutter center;
other relevant data of the cutter (its radius e-g..) are given oy
the control unit and processed, The last stage of the computation
process consists in findinf-r -the increments (witti respect to the
coordinate-axes) of conti-guous points of the equidistant, Tlip-ii
the increments leave the i-atput ot the computer iii the form oz
perforated tape, ready for use by the interpolator- In principle,
the described system of autoiliptic programming can be incoruorated
in any general-DIII-Dose computer with sufticient data-storage capacity,
provided it is equipped with a special input device f-or the code or
the system, An example is given of transforming a straig:ht. line
to standard form, Another example illustrates the calculation of
Gard 3/5

,automatic programraing system,
')'/103/61/022/008/'007/015
D274/J302
the change points given by the intersection of a straight line and
a circle- The control functions of the control unit are described,
and an average working cycle of the system is cousiOered As an ex-
amp I e ~The system was programmed for actual condi tions, aLi(*, exper--
men-tally tested on the computer M-3. The result.3 showed that the
time gained by using the system is expressed by a factor of 7 to 0
(as compared with non-automatic means) in the case of relatively
simple parts; the gain is much greater for complex pxfts. If faster
comouters are used (for e%ample "IMinsk-l"), and photo-electric input-
devices, computation time is reduced by a factor of 60., '~he system
saves brain-work and timc. ,is the prourpm. is coded, the errors in
the data processing are reduced to a minimum. it is no loager nec-
essary to make accurate drawings of parts; it is sufficient to make
sketches by hand, hence the labor of the designer is considerably
facilitated, There are 8 figures, 5 tables and 4 references: 2 Sov-
iet-bloc and 2 non-zoviet -bloc - The references to the Lnglish-lan-
guage Dublications read as follows: A. Siegel: Automatic Programming
of N'umericallv-Controll.ed Machine Tools- Control _'_ngineering, no. W,
October 1956, U,T. Ross: automatic Programming. Aircraft Production,
v. 20 no 5 May 1958.
card 4/.5 '

TAMM, B.
Firet interdepartmental ccnfea-ence on mothWe for vremrinv,
information-for program-contro3aad msetane 'tocir,
Eesti toad. akad.tahn. fqU~`noa'181-778 162.

TAMMI B. G.
Stan1d I instrwwnt., no. 10., 1962p p. 44
S/12 62/000/010/005/Ov-5
Dissertations D040YD112
The fonowIng dissft-Utime for the Aegm of Camd. of Toobn1cal Sci. vere ptT:nt*d,*
Electric 1--lotors in Unstabilized Motion Periods"; V.',1,11. Kolesnikov, a
All-Union "Order of the Red Banner of Labor" NII of Electromechanics.'Tn-
vestigation of a Pulse Drive With a Step-by-Step Motor and Development of
Its Elements"; S.N. Korchak, at the Moskovskiy stankoinstrumentallnyy
institut (!,'oscow Institute of Machine Tools and Instruments), "Investiga-
tion of the Machinability of Steels in Grinding by Wheels Having Different
Properties"; Ye.P. Mikityuk, at the Kiyevskiy ordena Lenina- politekhniche-
skiy institut (Kiyev "Order of Lenin" Polytechnic Institute), "Investiga-
tion of the Effect of Partial Bimetallization on the Wear Resistance of
Cast Iron Friction Couples"; N.K. Ostroumov, at the Moskovskoye ordena
Trudovogo Krasnogo Znameni vyssheye tekhnicheskoye uchilishche im. 11I.E.
Baumana (Noscow "Order of the Red Banner of Labor" Higher Technical School
im. N.E. Bauman), "Investigation of the Automatics of 1-fechanical Copying
in Machine Tools with Coordinate Cams and Elastic (Flexible) Links"; B.G.
Tamm, at the 'Nauchno-issledovatellski tokhnoloCichoskiy institut (TeZ`h:_no-
T_ T=gical Scientific Research Institutl'e~t "Methods of Automatically Pro-
grammin6 the Calculation of Initial Data for Program-Control Systems";

KOBRINSKIY, A.Ye., red.; red.; SKVORTSOVA, A... red.;
TOCNSALTJ, E.J. tekhn. red.
(Methods for treating information for program controlled
machine tools] Metody podgotovki informatsii dlia stankov
a programmnym upravleniem; sbornik statei. Tallinn,, 1963.
183 P- (MIRA .17:2)
1. Eesti NSV Teaduste Akadeemia. Kibernetika instituut.

TAMM, B.G., kand. tekhn. nauk
New system of automatic programming for metal-cutting tools.
Vest- AN SSSR 33 n0.12942-45 D t63. (MIRA 17:1)
1. Institut kibernetilci AN Estonskoy SSR.

T~!,94, B. ~.
"Sur la programmation automatique des systemes de commande."
report submitted for 4t1i Intl Cong, Cybernetics, Namur, Belgium, 21-25 Oct 64.

TAM9 B.
bbthods for the automatic computation of trajectories for the
mecharUcal treatment of a certain class of spatially complex
surfaces. Eesti tead akad tehn fLms no.3:182-189 r6l.
1. Academy of Sciences of the Estonian S.S.R., Institute of
Cybernetics.

PRUUIKNv E.; PRUUEENt Yu. [Pruuden, T.J; TAMM, B.
Approximate deteraination of the optJmal sequence of a gi7en
combination of machining positions. Izv, AN Est. SSR. Ser.
fiz,,-eat. L takh. nauk 14 no.3:/[phone]. (MIRA 181 U)
le Institut kibernatiki AN Estonskoy SSR.

9(0) sov/ i 12 -5 9 - 5 -9 9 6 o
Translation from: Re-ferativnyy zhurnal. Elektrotekhnika, 1959, Nr 5, p 219 (USSR,
AUTHOR: Artym, A. D., and Tamm, D. L.
TITLE: Selecting the Transmitting System for Stereophonic Radio Broadcasting
PERIODICAL., Tr. Leningr. politekhn. in-ta, 1958, Nr 194, pp 44-53
ABSTRACT: From a consideration of the requirements of a stereophonic radio-
transmission system, the following fundamental principles of the system have
been drawn: (1) transmitting both stereo-sound channels can be realized by
one radio transmitter having a subcarrier; (2) stereophonic program
transmission can be realized by FM in the microwave band by using standard
transmitters; (3) transmission-channel signals can be formed by the Crosby
sum-difference method. The AM-subcarrier system has been selected for its
simpler two-channel modulation and particularly for its simpler channell
division in the receiver; with an FM system, a better (by 7 db) anti-noise
feature could be obtained only by considerable complication of the receiver
Card 1/2

SOVIl 12-59 -5-9960
Selecting the Transmitting System for Stereophonic Radio Broadcasting
circuit. Experimental testing of an AM master oscillator (a block scheme is
presented) showed good quality in both channels with only 11 tubes and a simple
alignment. The channel frequency characteristics show that the nonlinear
distortion factor in any of the channels is not higher than 1. 516 with m = 10010.
The background-noise level lies lower by -65 db, than the signal level at
m - 100%. The experiments have proven that: (1) the above transmission-
signal principle permits easy division of the two channels; (2) the master
oscillator and the transmitter can se6ure a high quality of reproduction of the
program. Bibliography: 5 items.
V. M. L.
Card 2/2

mo -V-40-" IS
~7~1192196
BELOUSOV, A. S.; RUSAKOV, S. V.j TAMM, E. I.; TATAR131SKAYA, L. S.
"Photoproduction ofV-.esons from rnuteri="
report presented at the Intl. Conference on High Energy Physics, Geneva,
4-11 juiy 1962

RAUDAM, E.I.; REYNET, Yaju.; TIKK, A.A.; VELIDI., A.T.;_TAM11 E~.I.
Use of aerosols and electroaetosols in the acute stage of ~011o-
myelitis especially in tracheotomized patients. Zhur. nevr. i
paikh. 60 no.32:142$-1434 160.. . (MIRA 14:5)
1. Kafedry nevrologii i obahchey fiziki Tartuskogo gosudarstvennogo
universiteta i respiratornyy tsentr Tartuakoy reepublikanskoy
klinich6gkoy bollnitsy.
(POLIOMYELITIS) (TRACHEA--SURGERY)
(INHAJATION THE RAPY)

AUMEES, Leo; TAMM, F.., red.
[The bird population of Vilsandij Vilsandi linnurlik.
Tallinn, Eesti Riiklik Kirjastus, 1963. 54 p. fIn
Estonian) (MIRA 17:6)

IVASK, Albert; Tfil-24, F., red.; LUMET, E., tekhn. red.
[A8uge - Haanja - Vastselinnal Rouge - Haanja -
Vastseliina. Tallinn, Eesti Riiklik Kirjastus,
(MIRA
(Estonia-Description and travel)
19631. 1 v.
17:1)

RENNO, Olav; TAW, F. , red.
...................
,, Kirjastus "EostJ Ranmat," 1065. 103 p.
Matsalu. Tallinn
(In Estonian] WIRA 18:4)

QT U30
~Em ~081 of JL 11"teA to a !em-
ralure of Some thousazda of d~ir,- hv

-
us S
Compressibility of ar under Idgh adimbatic cumvvesr-
!Sion N, byakiflin A~~Mark~evich, and 1. 1.
MITI m. Zhur. Ekipti. i Tcorel. Fi.-. 74,
and comprmsiod rate Of rA (techniml gredet.
94% A. 4% a 11,0) were invasured at pressures iron
Poisson coeff
2100 to 7000 kgj~q. cru. :~The was
Th-- velocity of sousid was eated. to be the same as In th~
f
k1
l
RT
i
V
rat
c"co
an
ea
o was approx. one;
gas. The p
I
l~
Thus, under the couditions uscd, A behaved like
A. P. Ktg7
__g as,

JAMM"I.
44-

Formation of Ail ovidst ductng it-limbatic compression ot mic
mixtum -.- N
A,M-Markevi It. andj L jam"I fj~akl~
Ahad. Nauh f I 1 -115). L r ~~rilwd
"PC wEaum'
in wtitth NO is prv4bicvd by vidden Q391 I - ltl A1141 Vx1latillf'R "I
air or tor/A mixom-i nic o., fa No itiritit-it inrreascs tviti, tite
cornprts.slin rallo and III,- SIX-ed Aqw1illing on the %t (if PIS!'m
It :, p, tf~irmk~!, iml r, ach, % -1
at S30il kg p r q cm f,- C0fnprvw,;n r--tio 720 mid ptst,,n-clghtng
187 g Adniti, r., -f , to air in th~: I I PT -Ito I rea (S the max
tcinp. fjbtainabic iind raises tho )a Id of NO to 1 57% ett 39(K) kg
per 5q cm fur ratio 292 and piston w,tgbing 141-5 9

USSR/Physi Chemistry - Kinetics, Combustion, Explosions, Topochemistry,
Catalysis. B-9
Abs Jour: Referat. Zhurnal XhImIya, No 2, 1958, 3841.
Author : Yu. N. Pyabinin, A.M. Markovich, 1. 1. Tam.
last :AcadoW of Sciences or USSR.
Title :Formation or Nitrogen Wde by Adiabatic Compression of
Combustible Mixtures -
Orig Fab: Dokl. AN WSR, 195T, 112, No 2, 283-286.
Abstract: A method to Increase NO yield of the diabatic air compression
to 9000 kg per sq.cm by rising the temperature at the expense
of combustion of Sues added to the air in proposed. The me-
%bods of carrying out the experiments were described earlier
(PM90da, 1954, 37431). The NO yield (in $%) in mix-
tures containing 5.5% of CH4 and 94.5% of air 5.5f of CH4,
52.7% of 02 and 41 '8% of N 1 18-3$ of Hg, 45-4$ or o2 &nd
36.3% or Np, and 15.6$ of go, 46.1$ of 02 and 38-3$ of N2 was
Card 1/2 -1-

.1
~S*Physical Chemistry - Kinetics, Combustion,, M%losions, Topo-
Chemistry, Catalysis. B-9
0
Abs Jour: lRererst. Zhuxnal Xhi-I , No 2, 1958, 3841.
1.4, 2.86, 2-37 and 1-7 correspondingly. The authors emphasize
the infIluence of the cooling speed of the reacting mixture on
the NO yield.
Card : 2/2 -2-

-rom //,) I.]-
AUTHORv MARKETICRgA M., TAMM,1.1.1, RYABININ,YUgN. PA - 2776
TITLEz Forsiation of Hydeia-yawde Acid under Strong Adiabatic Compression of
Gas Mixtures. (Obrazovanlye siniltnoy kisloty pri villnon adiabati-
chaskom fgh&tii g*20vykh smeasy, Russian)
PERIODICALs Doklady Akademil Nauk 33329 19579 Vol 113, Nr 4, PP 856 - 859
Resolved$ 6 / 1957 Revieweds 7 / 1957
ABSTRACTs In the'authors' previous works the reaction of the,forming of nitrogen
oxide was Investigated by high adiabatic compression. It was also
possible to obtain yields of up to 1~ from pure air within some ten
thousandths parts of a sesond 2&t a compression of up tb 700 and a
pressure of 8000 - q= kg/em . By dilution of the mixture with argon#
by which higher tesporatures were attained, or by the-addition of
fuels (methane, H 0 CO)o the authors were able to increase the nitrogen
yield up to more Gas 3 % by Ineressing the temperature by means of
combustion. Under that* eiravinstanoes the production of HCN is also
possible and was studied on this occasiano Thermodynamic consider-
stians point to the fase that with a rise of temperature the equilibriui
is shifted I& the sase of this reaction In favor of the formation of
HCN, which In similar to what In the case with the formation of NO.
Now RON formation In altrogea-hydrocarbon mixtures, i.e. methUne,
and acotyleseg was invostigatel * In the came of methane there was
Card 1/2 no reaction up~to 10 000 kg/ca . Only considerable additions of

Formation ofHydrocyanle Acid under Strong Adiabatic PA - 2776
Compression of Gas Mixtures.
argon (770) could ask* this possible (table 1), and the highest HCN
yield amounted to 1 %.of the original admixture volume. Much more
KCN w" obtained from so t I us mixtures. Reaction begins at a
pressure of about 10001k and the yield is about 3 % HCN (at a
s
io
n
) The addition of argon also here leads
ressure of 5000-9000 kg

o an Increase of the yield'of HCN up to 4 %. The shape of the ex-
i
perisental curves deserves special interests They are characterized
by transition to saturation. Apparently the constant HCN yield is
4o be explained by the cobling r*gimo, in which connection a sort
of Obardening" takes place. Therefore, the HCN quantity, which is
actually proved by means of the reaction products, need not corre-
ipond to that quantity which was obtained by experiments carried oat
at maximum temperatures, but It can be much smaller. Cooling of
reaction products forms an integral part of the adiabatic cycle,
By this it is possible to explain the occurrence of a horizontal
section of the gurves (illustration 1) at a pressure of about
Card 2/2 4000-4500 ke/cm I table, I drawing, 6 citations from Slav pub-

ASSOCIATIONs Institute for Chemical Physics of the Aaademy of Science of the USSR.
PRESENTED BY a V*N*KO11DHATYEV
SUBMITTEW 20-11-1956
AVAILLBLEa Library of Congress

5(4~ SOV/76-32-10-3/39
AUTHORS: Markevich, A. M., Tamm, I. I., Ryabinin, Yu. N.
TITLE: The Formation of the Formaldehyde in an Adiabatic Compression
of Methane-Oxygen Mixtures (Obrazovaniye formalldegida pri
adiabaticheskom szhatii metano-kislorodnykh smesey)
PERIODICAL: Zhurnal fizicheokoy khimii, 1958, Vol 32, Nr 10, pp 2242-2246
(USSR)
ABSTRACT: The authors employed a method suggested already earlier (Ref 1).
The methane used contained 1-2~6 of higher hydrocarbons. The
most interesting part of the adiabatic cycle, within which the
pressure increases to some hundreds and thousands of kg/cm2,
lasts only some ten-thousandths of a second. The velocity of
the temperature change of the compressed gas is therefore also
10 6_ 107 degree/second, so that a rapid drop of temperature in
the expansion of chemically active gas mixtures leads to a
high degree of hardening (Ref 2); thus, the reaction may be
fixed at an intermediate stage. In the paper by M. S. Furman
and D. S. Tsiklis (Ref 7) the formation of formaldehyde in an
Card 1/-A adiabatic compression of methane-oxygen mixtures was qualita-

SOV/76-32-10-3/39
The Formation of the Formaldehyde in an Adiabatic Compression of Methane-
Oxygen Mixtures
tively determined. The present experiments show that the charac-
ter of the reaction of the mixture depends first of all on the
oxygen content. Mixtures with more than 15% 02 ignite under the
deposition of soot. It is characteristic that the ignition does
not take place at the maximum pressure but a little later when
the mixture has expanded. Only with an oxygen content of less
than 15% wa,-., it possible to interrupt the reduction in order
to obtain an intermediate product. The reaction products of
the compression have an unpleasant,sharp smell and contain
formaldehyde as well as other intermediate products which form
an intense fog with air. At a low compression (300-350 kg/cm2)
and a low content of formaldehyde this formation of fog is not
observed. In mixtures of natural gas and oxygen the formaldehyde
formation begins at lower compressions than in pure methane, due
to the increase of the oxygen content. The maximum content of
formaldehyde (2, e6) is obtained at an oxygen content of 6 and
9%, and at a pressure of about 3000 kg/cm 2; it remains constant
2
Card 2/3 up to 7000 kg/cm . Mixtures with 12% 0 2 have a different re-

SOV/76-32-10-3/39
The Formation of the Formaldehyde in an Adiabatic Compression of Methane-
Oxygen Mixtures
action character. There are 6 figures, 1 table, and 9 references,
9 of which are Soviet.
ASSOCIATION: Akademiya nauk SSSRIInstitut khimicheskoy fiziki.Moskva
(Moscow, Institute of Chemical Physics AS USSR)
SUBMITTED: November 28, 1956
Card 3/3

5W SOV/76-33-3-9/41
AUTHORS: Markevich, A. M., Tamm, I. I., Ryabinin, Yu. N.
TITLE: The Role of Chilling in the Reaction of the Synthesis of
Nitrogen Oxide I (Rolvzakalki v reaktaii sinteza okisi azota.I)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Hr 3,
pp 559 - 565 (USSR)
ABSTRACT: The physical importance of chilling is shown by the example
of the synthesis of nitrogen oxide and the role of chilling
rate of the combustion products is pointed out, In the re-
action 0 + N 4~-_
2 2.4 2 NO - 43 kcal (1) in the presence of an
excess quantity of oxygen a temperature rise will favor the
reaction (in the first phase) towards the right, whereas in
the case of chilling (in the second phase) the decomposition
reaction is favored. If in the case of high temperatures the
reaction rate (RR) is sufficiently high, the NO-concentration
approaches the equilibrium value. Chilling in the second phase
of the process (Fig 1),will lead to a still greater deviation
of the NO-concentration from the equilibrium value in order
Card 1/2 to remain constant at a temperature T V In publications this

The Role of Chilling in the Reaction of the Synthesis SOV/76-33-3-9/'41
of Nitrogen Oxide I
phenomenon is called chilling. In order to obtain a precise
explanation of the conditions of cooling the connection be-
twen the (RR) of the NO-decomposition and the rate of varia-
tion of the equilibrium concentration are taken into account
at different stages of cooling, and the two entirely different
processes of reaction are determined. The transition from
one reaction are determined. The transition from one reaction
phase into the other is denoted by several critical values
of chilling rate and determines the phase of chilling. There
are 3 figures and 2 Soviet references.
ASSOCIATION: A"demiya nauk SSSR, Institut khimicheskoy fiziki (Academy
of Sciences, USSR, Institute of Chemical Physics)
SUBMITTED: April 24, 1957
Card 2/2

5W SOV/76-33-4-3/32
AUTHORS: Markevich, A. M., Tamm, I. I., Ryabinin, Yu. 'ff.
TITLE: The Part Played by Quenching in the Reaction of the Synthesis
of the Nitrogen Oxides.II.(Roll zakalki v reaktsii sinteza
okisi azota.II)
PERIODICAL: Zhurnal fizicheskoy khimii, 1959, Vol 33, Nr 4t PP 764-770
(USSR)
ABSTRACT: In continuation of a previous paper (Ref 1) a number of data
from publications on investigations of the nitrogen oxide
synthesis under various experimental conditions is explained
in this paper. The paper which contains the corresponding
diagrams and tables is div:ided into the following chapters:
natural cooling of the reaction products in closed reaction
vessels. Experiments in apparatus with an intensive cooling.
Experiments in adiabatic apparatus. Determinations in flow
apparatus. It was found that all data which were obtained under
most different conditions may be considered from one view-
point and therefore determinations may be made with experimen-
tal data from two completely different conditions of reaction.
In one case the rate of the direct synthesis reaction is in-
sufficient, in the other, the rate of cooling of the reaction
Card 1/2 products is low. In the experimental data investigated the

Sbv/76-33-4-3/32
The Part Played by Quenching in the Reaction of the Synthesis of the
Nitrogen Oxides II
NO-yield is determined mainly by the rate of cooling. Ex-
perimente which took place under an intensive cooling were
successful only in two cases: in the method of membrane de-
struction (Ref 12) and in experiments on an adiabatic appara-
tus (Ref 15) where a strong increaseof the rate of cooling
and a corresponding increase in the NO-yield was attained.
There are 5 figures, 2 tables, and 19 references, 13 of which
are Soviet.
ASSOCIATION: Akademiya hauk SSSR Institut khimicheskoy fiziki Moskva
(Academy of Sciences of the USSR Institute of Chemical
Physics Moscow)
SUBMITTED: July 23, 1957
.Card 2/2

BELYAYEVI A.F. (Moskva),- SADOVSKIY, M.A. (Moskva); TAMM, I.I. (Moskva)
Application of the law of similarity to the phenomenon of transmitted
detonation in blasts. PMTF no.1:3-17 Yly-Je 16o. (MBU 14:8)
1. Institut khimicheskoy fiziki AN SSSR.
(Blasting)

SADOVSKIY.. M.A.; kand.tekhn.nauk; RFIVA OV, G,.V., i=h.
Determining safe distances for detonation transmission. Bezop.truda v
prom. 6 no.8.-5-9 Ag 162. (MRA 16:4)
1. Inetitut khimicheskoy fiziki AN SSSR. 2. Chlen-korrespondent AN
SSSR (for ~Adovskiy). (Blasting-Safety measures)

b-.
'Tlectrodynarilice of Anisotropic Pledia in the
Special Theory of Relativity,"
ZWFhO ch. fizich 1924, vol 56 p. 248

- -- ---
- - --I- . - Yle- -
"On the Quantum Theory of Paremagnetiam.
Ze. F. Phj,8. 1925 Vol 32. p. 582.

IrAl
- - - k1l, I I YO .
'Txperiment in quantitative Formulation of the
Principle of Correspondence and Computing the
Intensity of Spectral Lines."
Zs. F. Phys. 1925. Vol 34, p. 58.

.,mvi, I. Y6,.,
"Crystallooptice of the Theory of Relativity in
Relation to the geometry of Biquadratic Forms."
ZhRFKhO ch. Fizich 1925 Vol. 57, p. 209.

_T111,11, I. Ye.
"On the Nantum Mechanics of a 'Rotator.
Zs. F. Phys. 1926, Vol 37. P. 685-

-TATI-1, 1. Ye
"On the Electrodynamics of a Rotating Electron.
Zs. F. Phys. 1929. Val 55. p. 199.

TA14m, 1. Ye.
"On the Quantum Theory of the Molecular
Dispersion of Light in Solid Bodies.
Zs. F. Phys. 1930. Vol 60. P. 345.

ITU;111- -L. Ye.
I
"On the Relationship of a Free Electron with Padiation
according to Dirac's Theory of the Electron and
Quantum Electrodynamics.
Za. F. Phys. 1930. Vol 62. p. 545.

TAIPA, I. Ye.
"Notations on the Dirac Theory of Radiation
of Light and Dispersion.
Zs. P. Phys. 1930. Vol 65. P. 705.

.- - - mzl, - 1. Yo.
"On the Theory of the Photoeffect on Metals
(S. P. Shubin- co-author).
Zs. F. Phys. 1931 Vol 68. p. 97.

--- I-Z~Lj L . - I,
"Generalizea Spherical Functions end Wave Functions
of the Electron in the field of a magnetic pole.
Zs. F. Phys. 1931. Vol 71. P. 141.

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Nature 1934 Vol 134. P. 1010.

TAIN, I. Ye a
"Zero Energy and Physical Properties of
~20 8nd D20. (Dzh. D. Bernal co-author).
Nature 1935. Vol 135. P. 229.