SCIENTIFIC ABSTRACT POPOV, YE.I. - POPOV, YE.M.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001342420006-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 25, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

49-58-5-10/15
New Experimental Data on Shiftinz, of Zero Point of Twisted quartz,,
I Z~ _L -
-75 OC5 OOC, and 150-1300c, showed no difference in shifting
of zero point. The first period, however, was arrain shortened
after preliminary heating of the thread to 150-1800C.
Summar
The shifting of zero point of quartz gravimeters is caused by
creep effect in the thread and by its plastic deformation dur-
ing the first period after being twisted. This period can be
shortened to 5-10 hrs (instead of 80-100 hrs) by means of a
preliminary twisting or by exposing the thread to a tempera-
ture of 180-2000C prior to using it. To minimise the shifting
the apparatus should be kept at OOC, the thread should be made
of highest quality quartz and its diameter should be not less
than 30-40g. There are 6 figures and 7 tables.
ASSOCIATION: Akademiya nauk SSSR, Institut fiziki Zemli (Academy of
Sciences, USSR, Institute of Physics of the Earth)
SUBMITTED: June 5, 1957.
1. Gravity--Measurement
Card 6/6

POPOV. Ye.I.
Estimating the accurac7 of h7psometric mineral deposit.maps.
Zap. IGI 37 no.1:168-181 '58. (MIRA 12t8)
(Mine maps) (Ores--Sampling and estimation)

FUSE I BOOK EXPLOITATION sov/368i
Aka4emiya nauk 33SR. Inatitut riziki teall
Topromy Instrumentalonoy gravinotrii; (abornlkl (Problems of
ins "'U""t GrEvimetry, collection of Articles) Moscow
Its- T
d
Izd vo I =ft
i
No
1
6/17
T6 (S*
/)
ru
.
r
.
959.
y,
5
:::p
Errata :11p Lase rted. l,pO'O copt rrnted.

Ed.: Tu. D. &Alanzh*. Doctor of Physical and mothazatical Scianceal
24. of PubLIShIng HOUAO: V.Q. Borkg&UC; ?*ch- Ed.. Yu.V.
My Una .
FUR rOat: This publication is Intended for geophysicists, physicists,
hidrographors, goodenists. and navigators.

COVMtAQ3: This Is a collection of eight articles dealing with grart-
motric lnatr~*ntx used In oceanographic Inveat1gat Ions. Do-
scrIptiona or the Instr%=anta and data an test results are given.
to personallclos are aanttonvd. References appear at the end or
some or the articles.
QuartxGr3 vtzati~r for Obdorvattons on the Ocean. 32
on in Ivan or a q"r-. gravLrater or now
i
design with photographic recordinZ of tht readinga.
Strong (Moping of Its elastic ay3t-ims ma~coa observations
possible while moving If the %n3trum4nt La Installed In a
gimbal.
7- 1 str~uxont RIVU rcr Reco"Ing Incline and
n

'
K
Lric Datem Iona on tho Ocean 42
lr
.I addition to the %cording of
l
acll a and acceleration,
L
c
Instrument makes galvanometric r,
or4lng or vibration*
t
which &Z-0 conv -0 olectricil osc-11-stlolis by "Ana
rted in
.f sultab a t n3mitters. Data obtained during expeditions
1 r:
t

o
termint the nature of vibr3tlons. Inclines and accalara-
d
tI acting on the docks of a dlesal~lectrlc ship and the
X
expedition vessel 'Xlkr,&*-l Loatonoeov* are pmoonted.
Bulanz %L_P,. Vibration or the Support of QuArtz Qrsvlmatorm
N
~crxntal Torsion W*.ro 54
K-Y Effect of SuppQr- VIbraticna on the
n

us tlon Period 61
jp
.I
F
rAvltT Detaminstlon by Means of a
vlng ?As& 68

and V.A. )C
g&n"il _gZ!xx.%.aY.' Xomog~.%* for the
"
_g;zt~
i-cttona for Am
litudo
cm
~rature
0f Cof
.
an
.
r
.
,
p
p
Depth or submersion and 23:vSs Eff*ct anc for the Determination
of the C"fr Ic lent of Vibration of thl Su;po.-t In Pendulum
Observations an the Ocean 72
6
AVAILAMZ: Library of CoTWrvse

POPOV, Ye.I.
Q;mrtz gravimeter for observations at sea. Tructr Inst. fiz. zem.
no.8:32-41 159 (MIRA 13:3)
(Gravimeter (Geophysical instrument)

S/049/59/000/12/008/027
AUTHOR: Popov, Ye. I. E032/E591 dt
"GAL"
TITLE: Measurements Made at Sea Using thAravimeter
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya geofizicheskaya,
1959, Nr 12, pp 1793-1798 (USSR)
ABSTRACT: The measurements were carried out by the Aerogravimetric
Laboratory of the Institute of Physics of the Earth.,
Ac.Sc., USSR between February and June, 1958, using
three gravimeters type GAL and the apparatus RNU-1V
(Refs I and 2). The measurements were carried out
on board ship (6000 tons displacement) at ocean and
enclosed-sea positions. The results of the measurements
were verified on apparatus designed by L~ V. Sorokin
(TsNIIGAIK). The analysis of the data was based on
Eq (1), the first term of which was determined as Eq (2),
where n - number of gravimeters, K - rate of division
(Table 1), (,n n = m - m 0) - difference between the
readings at a given point and at the initial point,
c - time drift of the gravimeter's zero point (Table 2),
A h - time at the initial point, c - coefficient 5 of '--) i
Cardl/2 damping, a - length of the pendulum, R ' 12'10 - aL
VX,)

S/049/59/000/12/008/027
E03'2/E591
Measurements Made at Sea Using the Gravinicter "GAL"
constant, in and in final and first readings,
k
tk and tH - time of commencement and ending of the
recording. The second territ was defined as Eq (3)
which represents a correction for Hie horizontal
accelerations :R, Y. The third term -was defined as
Eq (4), where 1~9.- correction for the Ebtvds effect,
v - speed of the ship, A - ship's course, (p - latitude.
The error of the above calc-ulat ions is deterniined from
Eq (5) (Table 3). A coniparison between the data
obtained -with the differ-ent sravimeter5 is given in
Table It and a compari-son between the data obtained
with the gravimeters and the four-uendulum appiratus
is shown in Table 5, The results obtained on
separate occasions are compared in T:xbl.e 6, The
results obtained by the four different means ar~~- giiren
in Table 7.
There are 7 tables and 3 Soviet 1-efelenr-es,
ASSOCIATION: Akademiya naluIr SSSR, Inst-.Lmut fizi?zi Zemli
Card 2/2 (Ac.Sc., USSR, Institute of Physics of the Eartil"
SUBMITTED: January 14, 1-959

,.POPOV, Ye.I.
Methods for accurate hypoemetric representation of mineral
deposits using prospecting data. Zap. WI 36 uo. 2:178-189
159. (NMA 13:12)
(ore deposits)

POPOV, Te. I.
O'keervationB with high17-damped gravimeters from airplanes and heli-
copters. Izv. AN SSSR. Ser. geofiz. no.8:1216-1219 Ag 16o.
(MIRA 13:8)
1. Akademiya nauk SSSR, Institut fiziki Zemli i Aerogravimetricheakaya
laboratoriya.
(Gravimeter (Geophysical instrument))
(Aeronautics in geology)

KUZIVANOVp VsAs; POPOVj YeJo
Procenising marine obser7ationB vith a7erdamped gra7imeters.
Noregrav.isel. no.1:100-108 161. (PMU 15:12)
(Ckmvimetry)

S11 69/62/000/004/008/103
1)228/D302
AUT-11ORS: Kuzivanov, V. A. and Popov, Ye. I.
TITLE: Processing marine observations with re-extinc-uished
gravimeters
PEaIODICAL: Referativnyy zhurnal, Geofizika, no. 4, 1962, 18, ab-
stract 4A136 (V sb. Morsk. gravimetr. issledovaniya,
no. I, M., Mosk. un-t, 1961, 100-108)
TEEXT: A method of processing marine observations with re-extin-
guished gravimeters is stated; it is based on theoretical data,
experimental observations, and practical checking. These gravi-
meters have obtained their name because the damping of their re-
silience systems considerable exceeds the critical; the pendulum
movement thereby becomes aperiodic, and the action of the short-
oe.-iod vertical accelerations abates sharply. In the USSR there
are two designs of marine gravimeter with strongly damped quartz
systems. Practical instructions are given for deciphering gravi-
meter-read~ng records on a photogram -- by allowing for distor-
Card 1/2

S/I 6 9/62/000/004/008/11 03
; c)0
11
Processing marine observations ... D228/D302
tions, induced by the strong damping, and also by taking into ac-
count the influence of disturbing vertical and horizontal accele-
_Lfect. Z Abstrac-'
rations Uhe zero-Doinu shift, and the Ebtvbs e"L
ter's note: ComDlete translation.
Card 2/2

S/035/62/000/003/047/053
Aco
AITMORS: I Kuzivanov, V. A.,. Popov, Ye. 1.
TITLE: Processing of marine obsei-iations with strongly damped gravimeters
(1tperezagashennyye" gravimetry)
PIERIODICAL: Referativnyy zhurnal, Astronomiya i Geodezilya, no. 3), 1962, 1;2,
abstract 3G220 (V sb. "Morsk. gravimetr. issledovaniya", no. 1,
Mosco,.,:, Nclosk. un-t, 19061, 100-108)
TEXT: The authors describe the method of processing marine observations
with vtrongly damped gravimeters (R7,hAstr, 1957, no. 63, 51780) . There exist in
the USSR two designs of marine gravimeters with strongly damped quartz systems;
one was developed in the VNIITGeofizika (see 3G219) and the other, which was
named FAA (GAL), in the Institute of Physics of Earth, AS USSR (RZ-hAstr,'1960,
no. 6, 576"; no. 7, 7088). Practical indications are given on deciphering
readings of gravimeters on a photogram, on taking'into account distorti-ons
caused by strong damping, and taking into accowit the effect of perturbing
vertical and horizontal accelerations, zero-point drift and E8tv8s effect.
[Abstracter's note; Complete translation] P. Shokin
Card 1/1

F-OFOV: Ye.l.
Determination of gravity acceleration vith GAL g-ravizeters from
a submarine. Trudy Inst.fiz.Zem. no.24:86-115 162. (MA 15-:7)
(Gravimetry)

- WPOV, Ye.I. -
Determining thb correction for the Egtv~s effect in gra-,rit7
acceleration rwasurements Prom the airplane. Izv. AN SSSR.
Ser. geofiz. no.3:361-384 Mr 62. (MIRA 15:2)
1. AN SSSR, Institut fiziki Zemli.
(Gravimetry)

".- POPOV, YeeI.
Estimating the accuracy of measuring gravity acceleration
at sea by the use of grav-Imeters. Izv. All SSSR, Ser, geofiz.
no..I.'30-53 Ja 162. (MIM 15~i2)
1. AN SSSR, Institut fiziki. Zemll..
(Gravime try)

POPOV
of r---o r a co, ef
1-R
the i r r I 33SR. Ser.
JIMUtUt fl2lil-I "ZOMId All SSSR.
(Gravinctry)

POPOVI Ye.l.
Duration of observations =!Lde with greatly de--peed cn
a moving base. Izv. AN SSSR. Ser. geofix. no.9:1206-1214 S
162. (lMJRA 15:8)
1. Inatitut fiziki Zemli AN SSSR.
(Gravimetry)

7
9 T F/
AP3001 0 005 0740/0747
AUTHOR: Popov, Ye I.
TIME: Results of experimental airborne determinations of acceleration
747
SOTJRCE: 'AN SSSR. Izzv. Seriya geofizicheskaya, no- 5,, 1961, 740-
TOPIC TAGS: airborne gravity measurements
ABSTRACT. "Lhe purpose of the experiment was to determine the difference bp-tween
the gravity acceleration on the ground and that in the air. in 1969,masurements
were taken from an Il-14 aircraft equipped with three highly-daMpe NGt
gray1mieters suspended in gimbals, a gyrostabilized aerial camera wk a 70-mm
focal-lengtAulens, two statoscopes, a radio altimeter, and two ranging devices
(flight line indicators). Instrument readings were recorded synchrronousl~y on
film, along with the time. Eight flights were made at b-ei&hts of 3000 m. and two
at 2000 m in a N-S direction over an area where the Bouger anomalies amounted
to a maximum of 6 mgls. The gravimeters were adjusted for established gravity
values at the airport and compensations were made for instrument drift by
interpolating the readings at takeoff and landing. For each flight a correction
Card 1/2,

L 10386-63
ACCWSION NIP.: AP3001049
was also made for the true and progranmed altitudes,, -which varied o.7i the average
by 100 m. 9ystemtic errors, prebabIj due to horizontal acceleration and tilt,
averaged +51 mgl and depended on flight conditions. Other errors were due to
lack of time for the instrument to stabilize ou each strip of the survey fligii-It.
The accidental instrument error varied from + or - 5 u6cl to + or - 10 m9l. The
difference between gravity values observed in the air and an the ground, averaged
over a total flight distance of 100 kim, was -715 m9l, i.e., 51 mg1 more than
the ccmDuted difference. "In conclusion., I would like to take this opportunity
to express nW gratitude to Yu. D. Bulanzhe for his help in analyzing the
observatioral data used in this article." Orig. art. has: 2 figures and
4 tables.
ASSOCIATION: Akademiya nauk SSSR. Institut fiziki Zemli (Academy of Sciences
SSSR. Institute of Physics of the Eart
WMTTED: 06APr63 DATE ACQ: 19JUr163
S ENCL: 00
SUB CO.DE: 00 NO REF SOV: 005 OTHER: 000
ph
Card
2/2
-IiA4-

POPOVI- ye. I*
Results of airbo--ne experimental determinations of the
grdv-lty acceleration in the air, Izv. AN SSSR Ser. geofiz.
no.5-740-747 My 163. (MIRA 16~6)
1. Institut fiziki Zemli AN SSSR.
(Gravimetx7)

POPOVI Ye.l.
Use of gravimeters in measiiring the acceleration of l;7rp--;i,.7
in the air. Trudy lnst. fiz. 7em. no. 29:3-52 63.
(MIFYi 17:6)

L 3256
s.
Ent IVEWP(-i* -ZEWT(m)/EEC 21DE( h ) /r- v!A ( 6 N
14703 doo76-67,
SOURICE CO'Db: bR/O,'
AUTHOR: Popov,, Ye-1 ; TulinV.A.
OIRG: none
~OZ ~e~ a 1
TITLE: Automatic processir4-3 of grqyjmg d-c
,t c servations
SOURCE: Ref. zh. Geodeziya. Otdellnyy vypursk, Abs. 6-52-1911
MF SOURCE: Sb. Vychisl. tel;hn. v trpravlenii. M., Nauka, 1964, 212-215
TOPIC TAGS: gravimetry, gravimeter, b-ravimetric analysis, aerial survey, data
'processing
TRAUSLIMON: The Acrogravimetric Laboratory of the Institute of the Faysics of the
Earth of the SSSR Acadep/ of Sciences has developed a styonZ-;ly dj~dlped jra1,rimeter,,.',-
based on the elastic properties of-Tip-sted quartz glass 1--threadd The me4surenent o 2
the force of ity acceleration is made by--tTie variation of the thread angle of
tarist. It ifarrtermined by the deflection angle of the pendulum. The instru:,ientu is
used in naval gravimeti-y survey on stfDmarines and surface ships, as Irell as for ex-
periniental work on aircraft. The time spent for ;--ocessinj of recordings, durinZ
which the effect of turbulent accelerations is excluded, significantly exceeded the
time of observation. The special features and the conditions for automatic processi

L 32563-66
ACC NRt AR50111705
of Gra-vimetric data were studied. By observation from low-speed sulbmzrine or zurface
vessels, the automatic computor has onlf to perform the operation of averaginz the
record for a given period of time. In observation from an airplane the. i'tinctionl, of I
the col,.iputor are more complex. Computin3 slipping avera,,e valuez of gravii-,icter ia-
dications or the current values of intearal from the function, vhich re-DresentG the
motion af elastic system pendulum in time, can be considered as a preliminary problem
in this case. The device transforminG the movement of the gravimeter pendulum.. inl,,o
an analo3y or code system must have an accuracy of 2'-5- The most comprehensive way
of tak-ing readings is the method in which the measurement unit of the pendu3.wi siting
is the change of the distance between two blocks, reflected from the elastic system
speculum. Other known methods (for example the volume one) will hardly secure the
necessary accuracy. B.U*
SUB CODE: 09 /
2/2 PO.

POPOV~ Ye.I.
Use of a liquid for the te.,aperriture comfensation of cilastic L;ravi-
U
meter systems. Trucly Inst. fiz. Zem. no-31:40,--67 161,..
(,.:IPA .17: 9)

1$62T.&, EWT(2,)-GS _G11--
WC MR: AT6006263 SOURCE CODE.i tIR/0000/65/000/000/0097/0108 i
fAUTHOR: ov, Ye I., Markov, G. S.
IORG: none
ITITLE: Some results from inve~tlgations-,&f avimetkic -a2paratt~s-aboard2tthipL-,in
11963-1964
!SOURCE: -AN SSSR.
_Aki, Apparatura. i metody morskikh gravimetri-
'cheskikh nablyudeniy.(Apparatus and methods of marine gravimetric observations).
:Moscow, Izd-vo Nauka, 11965, 97-108
ITOPIC TAGS: gravimetry, surveying ship, marine equipment, gyrostabilized platform
1ABSTRACT: The authors report on tests of gravimetric appar~Ltm,, made from ships
Jwith a displacement of 1500 and 2600 t in May 1963 and Januar 7February 1964 by the
jInstitute of Physics of the Eartli,AN. SSSR on the JL~_ack !~e4a.;7Pfhe equipmnt was cou,
Ibined into assemblies consisting of gyrostabilized platforms holding highly:. damp-
led gravimeters and instruments for monitoring the accuracy of stabilization of the
!platforms and for evaluating'the background of disturbing accelerations. These
.-Itests were eonducted.to: evaluate theconvenience of using sets of gravimetric
!Card 1/2
2

FOPOV , Ye. I.;
)f ;marine gravimetric
no.6,?A)1-818 Je 164.

L 63395-65 EW(:L)/M(,r) ar./aw
-am
qm"H~C~776 wi7ooi~/600-3/0022
AUTHOR:
Porov, Ye.l.- Markov. G.3.,,,
TITLE-. Experimental gravinotric measurements made from a gyrostabilized
platform aboard surface vesselgi
SOURCE: AN SSSR. Institut fizik:L Zeal Apparatura i metody eksperimen-
tallnykh isslodovaniy pa gravimetrii (Instruments and methods of experimen-
tal grarimetric recearch). Moscow, Izd-vo, nN&Uk&", 1965, 3-22
TOPIC TAGS: graviseter, craviaetrAL, research ship instrumentation
ABSTRACT:
This paper reports on experimental grariaetric measurements carried
out in the Barents Sea (1960) and Black Sea (1962) to test and compare the
performances of two types of gravineters-the highly desped GAL-S gravi-
meters developed by the InatitAte Of PhIsics of the Earth. (IF?& band an
kakanIA-Werke Sea_Z-grvLYim*ter-aoi&te_A on gyrostabilized platforms whose
Cani

L 63395-65
0
AccEssrow NRz n5oz?_964
tilts wero controlled by photographing the horizon. Design details and
specifications of the instrunents, descriptions of the research programs
and their execution, sethods of data processing, and the results obtained
are presented in detail. Orig. art. has 10 f oruulas, 4 graphs, and 4
tables.
ASSOCTATION: name
SUBMTTM-. iL9,ran65 EXCL: 00 SUB CODE: ES
-NO RICY SOY: 005; -OTHER: 000 FSB V.I. no.8
,7X&
Card

L 63402-65 M (1)/ M GS/GW
ACCESSION MRt AT5022965 UR/0000/65/000/OOQ/0023/0038
2,
AUTHCRt Popov, Ye. I.; lzmaylGv, Yu. P.
TITLrzt Investigations of A. Graf Fss-marine gravimeters
:~-- ZOMCE c -'AN SSSRe- Institut f iziki- &dli ~4paratura i melody eksperimentallnykh
issled6vaniy po, gravimetrii (1 --ruments and methods of experimental gravimetric
research). Lbscow, Izd-vo "Nauka*, 1965, 23-38
TOPIC TAGS: gravimeter, gravimetry, research ship Instrimentation
ABSTRAM ~~' / -L
- During the period 1960-1963, the Section of Experimental Gravimentry
Of th9M made laboratory field (submarine investigations of two Gss-2 17,
marine gravimeters. This paper contains a block diagram and photograph of-b-IJ
this instrment, lists its specifications, describes the procedures used in
the laboratory and field tests (including instrument standardization) and
gives the results of oomparative experiments carried out at sea with the
instruments suspended in gim als and mounted on gyrostablized platforms.
Orig. art. has 3 figures, 1 formula, 4 graphs and 9 tables.
ASSOCIATIONt none
Card 1/2

SUB CODE2 ES
FSB v. 1, no. 8
Car~ -2/2

L 14425-66 rn(l)/Vd~P(e)/VIT(m)/ErtIP(b) GS/G,-[/WH
C MR: AT5006258 SOURCE CODE: UR/0000/65/000/000/0003/0017
AUTHOR: ?9pov, Y*. I.; Tulin, V. A.
ORG: none
TITLE: A marine rith photoelectric micrometer
SOURCE: AN SSS0 ililtut fiziki Zemli. Apparatura i metody morskikh gravimetri-
cheskikh nablyudeniy (Apparatus and methods of marine gravimetric observations).
Hoscow, Izd-vo Mauka, 1965, 3-17
TOPIC TAGS: gravimeter, oceanic gravimeter. photoelectric micrometer
ABSTRACT: The authors describe the first model of an instrument they have develop-
110 qg ship. The instrument is a
ed for measuring .. gravity acceleration from a 'r atin
quartz graviester with liquid temperature compensation and a spring system based
on the elastic properties of twisted filainentss This system (the sensor for chang-/
es in gravity --licceleration) - consists of a quartz frame to vhi.,.h a quartz 1.L,,
thread about 100 v in diameter is fastened. A pendulum and mirror arrangement is
welded to the middle of the thread. The moment created by the pendulum twists the
thread through an angle of 300-5000. The spring system is housed in a square dura-
Card 1/4

L 14495-66
ACC MR: AT6006259
61
lumin box which contains blocks made of this same material: one with the quartz sys-
tem and the other with a stationary mirror. Each block is mounted on the bottom of
the box on three screws and is . held to the bottom by a pair of springs. The
screws are used for controlling the position of the blocks with respect to the hous-
ing. The top of the box is hermetically sealed with a cover containing a plane-
parallel protective glass over the mirrors. Four screws projecting from this cover
are used for fastening the framework of the optical system. Cylindrical plugs along
the edges of the cover allow access to the adjustment screws. The range of the
spring system is adjusted by one of these screws. The housing is filled with a
viscous silicone liquid, which acts as a damper for natural oscillations of
the pendulum and for vibrations caused by disturbi 'ng tilts and acceleration
and also compensates for variations in the position of the pendulum caused by changes
in the temperature of the system. A diagram of the instrument is shown in Fig. 1.
An optical .syjtem with a photoelectric micrometer is used for measuring~ the angle
between the mirrors. The galvanometer in the photomultiplier circuit is adjusted
so that it gives a zero reading when the bright spot is completely covered by screen
,7 and a full-scale reading whed the bright spot is completely uncovered. Thusi the
visible width of the spot is magnified to the dimensions of the galvanometer scale.
Card 2/4

L 14495-66
ACC MR: A16006258
Fig. 1. Schematic.diagram of the gravimeter with pnotoelectric micrometer: 1--
movable MiL L r in the spring system; 2--stationary mirror rigidly fastened to the
frame; 3--lens*, 4--lamp with iris and mirror; 5--base of the photoelectric microme-
ter; 6--micrometer screw with -reading device; 7--cover screen; 8--spot baffle;
-9--photomultiplier. 0
The rectangular images from mirrors 1 and 2 are reflected onto screen 7 in the form
of rectangles 6H and 6. (see. Fig.- 2).' The micrometer screw measures thedistance
Card 3/4

- 14'+95-bb
. ACC NRt AT600
m between the centers of these images in millimeters, which is then converted to ang-
Fig. 2. Schematic diagram of the
photoelectric micrometer
ular measure of milligals. A schematic diagram for the electrical circuit of the
photoelectric micrometer.is given. Orig. art. has: 8 figures and 8 formulas.
(141
SUB CODE: 08, 09/ SUBM DATE: 290ct65/ ORIG REF: *003/ ATD PRESS:14/lf
47

L 5143-66 ZWT (d) /EWT (1) /E14A (h)
ACCESSION NR: AP5026910 UR/0109/65/010/010/1907/1909
621-375-933-029.65
AUTHOR- Berlin A. S.- A. A.; Vystavkin, A. N..; Popov, Ye. I.
Khotunts~L-v~,z-_-~_;7'.; Shi Vizell
Y it~, ~__ ~,_ * - -
TITLE: Parametric amplification 1 the 8-mm band
SOURCE: Radiotekhnika i elektron'i'ka, v. 10, no. 10, 1965, 1907-10109
TOPIC TAGS:- parametric amplification, millimeter waveq
ABSTRACT-. In recently published articles (B. C. DeLoach, Proc. IEEE, 1963, 51, 8
1153 and others) on millimeter-band semiconductor amplifiers, no characteristics
have been reported. The present article describes the design and characteristics
of and indicates an application for an 8-mm-band parametric amplifier. Coaxial-
design epitaxial germanium diodes with 0-04-0-08-Pf capacitance and 3-5-v
reverse voltage were used in most experiments; critical frequency at a bias of
v was 280-430 Ge. The diodes operated as amplifiers at a low pumping power and
,an operating-point, bias of 0.5-2 v. The diodes were tested within -60 +85CI up to
+60Q the leakage current at -1 - 5 v was 1 1jamp or less. The new diades- were tested
in a single-cavity 8-mm parametric amplifier ~ee Fig. 1 of Enclosure). -The signal is
applied via a tapered waveguide matching unit 1. Behind the diode 4, a short-
circuiting section 2 is arranged whose length equals an -odd humbei of
.Card 1/3

heR%Wn: AP5026910
~quarter-waves. The amplifier is tuned by a short-circuiting line 3 that has a
characteristic resistance of 100 ohm. Transformer 5 serves for adjusting the
coupling. With a gain of 20 db, the passband was 78 Me and the noise temperature,
1600 �150K. The parametric amplifier was used in a modulation-type radiometer whose
fluctuation sensitivity was measured. Orig. art. has* 3 figures and 2 formulas.
(031;
;ASSOCUTION.- none
SUBMITTED: 23Jan65 ENCL: 01 SUB CODE: EC.
NO REFO SOV: 002 OTHER: 003 ATD PRESS:

L 5143-66
ACCESSION NR: AP502691o
Fig. 1. A parametric semiconductor
amplifier for the 8-mm band
Card 3/3
ENCLOSURE- 01

L h551-66 FBD/Ek-T(1)/94T(M)/aIP(t)/F,.P(b)/EdA(h) IJP (c) JDIGWIWS-2
ACC NR: AP50216700 SOURCE CODE: Uq/bj4i/65/bo8/bo5/0862/C"
AUMOR: ~Mo
ORG: In ~it a ~af R~Zo EngineeripS and Electronics-A SSSR (Institut radiatekh-
niki I elektronW AN SSSH)
TITLE: oRadlowaters for the submiMmeter band using indium antimonide detectors
SOURCE* IM Radiofizikaj, vo 8.9 no@ 50 196,5p 862-W9
515
TOPIC TAGS: radio astronoWj, radiometer', lidium, compound,, radiation detecting de-
vice,, semiconductor device.. radiation sensitivity
ABSTVACT: The author analyzes several methodological and design problems Involved
in the construction of submillimeter-band, radiometers based on volume effects in
semiconductor detectors. Comparison of the fluctuation sensitivity (per unit
solld angle and per unit antenna area) of radiometers operating with different
types of detectors- shows that for J=ge _,6bj ects, such as the Sun or the Moozn, better
results can be expected from therM21 detectors (preferably operating at very low
temperature) than f~%= superhaterodame or crystal-detector receivers. This can-
clualon was checked by constructing a radiometer breadboard operating with a horn
antenna having a directivity neez 15'0 (at the 0.5-db level) and.with an n-type InSb
Car4 - 1/3
________uDC: --621,396.62a.'-523.,164- -
0 9 C)/ 0 -7,7~?

L h551-66
;ACC n AP5026TOO
0, 12
Card 2/3
Fig. 1. Block diagram of the radiometer
1 - Hot water; 2 - teflon window; 3 - thermom-
eter; 4 - mechanical modulator; 5 - modulator
disk; 6 - -RC circuit; 7 - -quasi~optidal mirror;
8 German silver tube; 9 - conicul juiction;
10 crystal; 1-1 - nitrogen jacket; 12 - photo-
sens'itive black paper; 13 - antenna horn
IA - Automatic recorder; B bias; C - low
~j frequency preamplifier;,D low frequency
i! amplifier; E chase detector; F dc ampli-
fier.

L 4551-66
Ace NRi mo267oo
receiver at liquid helium temperature. The radiometer was fmind to have a nensi-
tivitY of 0- 05K and acciumilatidn ti'me ; of 1 1 seq,,.- -in good agretment with the
theoretical estimates. It is pointed out in the conclusion that the further in-
crease in the detector. sensitivity and decrease In the transmission-line losses
can improve the sensitivity to a possible (1-3) x 10-3K. The tuning range of
such a radiometer can be broad ed by using an interference type mdulator.
author thank Aj_ff. Vz;LV'_Or_dTOr gen" direction of the workj, V. V. Mjgylin.
A. Yee Bashar IgW,~_5and V. M. PO "for useful discussionsj, and V. S. Ably=;V;5~7
for help in the work. Orig. art. has: 6 figuresp T formulass and 1 table. (0-21
SUB CODE: AA# Eel mm DATs: 1TAPr6,5/ oRiG Bm: oo4/ oTH mw: oo6
ATD PRESS: 5-
Card 3/3,

/ --./- _r L ,Fe -,
Popov, Y;.I., inzh.
- 4.4--
Zf;o~c,t 'of maintenance methods on the Improvement of tho ourface
~f 0
e...- I! L - C,
smoothness. Avt. dor. 21 no.2:17-18 F '58. (PIRA 11:2)
(Roads. Concrete--Maintenance and repair)

POPOV, Te.I.,jnzh.
Determining the frequency of repair cycles necessary for main-
taining asphalt concrete pavements. Trudy MADI no.23:214-223
1 58. (NURA 12:1)
(Pavements, Concrete--14aintenance and repair)

POPOV) Ye. 1.) Candidate of Tech Sci (diss) -- "Investigation of method of plan-
ning repairs and determining the service period between repairs and the work
potential of railroad rights of way". Omsk, 1959. 21 pp (f4in Higher Educ,
Siberian Automobile and Road Inst im V. V. Kuybyshev), 150 copies (EL, Jqo 21,
1959) 116)

POPOV, Te.I.
UnIng c7bernetics In railroad transportation. Yest.TSNII ITS no.1:56-57
F 05 9. (MIRA 12:3)
1. Ueherw,- eekrotarl Nauchno-tokhnicbenkogo soveta Ministeretva putey
soobahcheniya. (Cybernetics) (Railroad engineering)

Road maintenance service in Kazakhotan. Avt. dor. 27 no.8t
24-25 Ag 164. (MIRA 17sl2)

PtOPGV Ye.I. kand.tekhn.nauk
Traffic on Kazakh tan roads must be uninterrupted* Avt*dor. 24
no,6%7 -To 161. (MnA .1417)
(Kazakhstan-Roada-Maintenance and repair)

-POP OV, Ye. I. Cand Chem Sci -- (diss) on of the
42,
isotop4w - kinetic method for the study of certain heterogeneous
catalytic reactions." Mos, Z-Publishing House of Acad Sci USSR7 1957)
12 pp. (Acad Sci USSR. Inst of Organic Chemistry im N.D. Zelinskiy)
130 copies. (KL, 8-58, 104)

-- - -LYz :TJ --,'Y !-i. B., BClGDjj:0W, 'C;. T,., il~-J , .
T 1~. I I " -U - . 1 -.1. -.
,:-Opc,", ze.-it., LSAGb A: 13,, G. V., ::-
"Application of radio-cafoon in investigating the rnec~anisc of
consecutive re3ctions of u parer vull-mitted Lit,
the Internat-ionol Conference on Chad icis ct ores ir Scientific Research, Paris,
3-20 Sen I-,

BP-LAIII)i Iit. A., NTET,!All, 1-1. B., BCMUM'A, G. K., !SAGULYAliTS, G. V., SHCHEGLUIA, A-. P.
FOPOV) Ye. I.
"Ta.aged-atom Study of the Dehydrorgenation of Butane-Butylene IMixtures. jLI,
Problemy IrlotrjrAd ln jz&tAjj7-"j* OrW,-- -W p~4 -,F,
Ar- &3,6k, 1957,
Hoot of the p*j*'mC% in thlo eou'ertlolD urpre! Trree"trA 0, ilv
laotopes in vbdalh took plm~--e in Moscow., Mai- 31- Ar~r

BALANDIN. A.A.; NEYMAN, M.B.; BOGDANOVA, O.K.; ISAGULYANTS, G.V.:
SHIOGLOVA, A.P.; POPOV, Te.I.
Investigation of the iehydrogenation of C14 labelled butane-
butylene mixtures. Izv. AN SSSR. Otd. khim.nmk no.23157-165
F '57- (MLRA 10:4)
1. Institut organicheakoy khimii in. N.D.Zelinakgo i Institut
khimicheskoy fiziki Akademii nailk SSSR.
(Dehydrogenatioa) (Carbon-lootopes)
(Hydrocarbons)

BALANDIN, A.A.; HEYKAN. M.B.; BOGDANOVA, O.K.-, ISAGULYA.NTS. G.V.;
SHCMWVA, A.P.; POPOV, Ye.l.
Process of carbon dioxide formation in obtaining divin7l from
butane-butylene mixtures. 12V.AN SSSR.Otd.khim.nauk n0-3:270-278
Mr 157. (MLRA 10:5)
l.Institut organicheskoy khimii im. N.D. Zelinskogo Akademii-nauk
SSSR I Institut khimichaskoy fizild Akademli nauk SSSR.
(CArbon dioxide) (Butane) (Butylene)

I / -F
v 14
T " ; I C~- ,L -
BALAMIN, A.A.; NSYKAN, H.B.; BOGMINOVA, O.K.; ISAGULYANTS, G.Y.; SHCHIGWYL.
A.P.; POPOV. le.j.
Dehydrogenation of butane - butylene mixtures using tagged atoms.
Probl. kin. i kat. 9:45~-6o '57. (KIM 11:3)
(Dehydrogenation) (Butane)

BALANDIN, A. A., DOGKWIGIVA, 0. K., ISAGULYMITS, G. V., Yii- V., ard POPOV, Ye. I.
(Inst. of Organic Chem. AS Uss"~.)
"Investigation of the Mechanism of Successive Reactions Butane-Butylene-Diviny!
by Using Radioactive Carbon Xk C14." P. 52.
Isotopes and Radiation in Chemistry, Collection of papers of
2nd All-Union Sci. Tech. Coaf. on Use of Radioactive and Stable Isotopes and
Radiation in National Economy and Science, Moscow, Izd-vo AN SSSR,1958, 38OPP.
This volume publiBbed the reports of the Chemietry Section of the
2nd AU Sci Tech Conf on Use of Radioactive and Stable Isotopes and Radiation
in Science and the National Economy, sponsored by Acad Sci WSR and Main
Admin for Utilization of Atomic Eaergy under Council of Minijisters USSR
moscow 4-12 Apr 1957.

AUTHORS: Balandin, A. A., Bol-danova-, 0. K., 62-1-4/29
IsaEulyants.. G. V. 7 ~Ieyrnar. PcLcv. Y-3. 1.
TITLE: The Application of Radioactive Carbon in tho Comparison
Between the Dehydrogonation Velocities of Butane and Butylone
(Primeneniya radiouglcroda dlya sravneniya skorostley
degidrogenizatsil' butaii-c i butilena)
PERIODICAL: Izve-tiya UT SSS2 Otdelerdye ;~himicheskikh 'L-.;.uk, 1958, Nr 1,
pp., L8-23 (USSR)
ABSTRACT: The investieation (with the application of C14) was carried
out by ceans of a special catalyst under conditions espec-1-
ally favorable t"or the obtainiri- of divinyl. Since it turned
out. that divinyl can be formod from butylone and that butane
cannot be transformed into divinyl, it was concluded that the
reaction (divinyl from butane) passes only through the stage
of the formation an:i desurption of butylene. Therefore the
desorption of butylene cannot be a final staC,:~ of the entire
reaction. The authoru r~-port on the carrying out of the in-
vestiE;ation: The corrclation between the dohydroeonation
velocity of butane and butylane in diviryl at the chromium
catalyst waa found by means of computL~tions -corresponding
Card 1/2 to the exp-3rimont--! ditta obtained already before. It -aas

The _11~Llicattoiun of RadicLctive Cr.~bon i:1 ti-,e son. 2 - 1 /2
Bu t-;;cen the DuhydroLf-ena tion 7ra 1r; ~ --' zlii~. zi cf !~u tan.- ~,nl 3%-Y 2.
shown that th(~ ratio cf bhe vtjlocitios of tloo dehydro-ei~-
U
ation of butane in butylona and. Of butLine in di'linjl is for
both catalysts of the same ord~!r and corrEriponds t-L; t,:a
.ratio 20:1. In tl
he experim~.:nts with c;,zw.,iium catalyzits the
velocity ratio in the foriaution of divinyl from butane
corrospondod to 1:1000 and in the experiments with an aluno-
chromium catalyst to 1:25. Furthermore it was co!ifirmcd that
the f~)rmation of divinyl from butane takes place over the.
staEe of the fori.atiar of butylene. It was shown shz~.t 111-1!c
constants (in the denominator of the kinatic equation of de-
hydrogenation) repr,2oont adjorption-coefficients. Thera are
6 fiaures, 4 tables, and 5 rel-everices, 4 of wh4Ch are SJ-V4C,
A050CIATION: Institute of or-unic stry imeni D. Zelinski~; AS U36-TI
j IT
(In~;tittut r-anicht:;skoy '.~Ihimii imen .1. D. Zelin3koeo
.Lkade:aii nLu.11- SSSR)
3U:3A',,I_,"EED; Janu--ry 1)57
~La, .Butp ne-Dehydrogenation 2. Butylene-Dehydrogenation
C L~_-d 2912 3.- 6rbon isotopes (Redioactive)-Applicatj.=5 4. Ghromjum
catalyst-Applications

PC"P0 V ye,
AUTH RS: Balandin, ;. A., I5aEulyants, G. V.,
M L2Ljov, Ye.-__I...,62-2-18/20
Derbentsev, YU. 7., 7ino,-radov, 3. L.
TITIZ: The Arrlication of Radioactive Carbon for the Inve-_ti~-ation
of the Dehydration Mechanism of Ethyl Alcohol Over Aluminum
Oxide (Primeneniye radioueleroda dlya issledovaniya mekhan-
izma deCidratsii etilovogo spirta nad o'cislyu alyuminiya).
PERIODICAL: Izvestiya 12T SSSR Otdelentm Khimicheskilch Nauk, 1958, ITr 2,
pp. 233-235 (US-OR)-
ABSTRACT: The problein of the above-mentioned dehydration mechanism has
lon- been discussed in publications. Various authors assume
that the formation of ethylene takes place over the stage of
the formation of the diethyl ether. Others, however, t-ink
that ethdlene and ethers form as a result of 2 indetendent
parallel reactions. For the purpose of solvinE this problem
the authors performed the dehydration of ethjlcne alcohol with
addition of diethyl ether. See formulae (2),(3),(4). As the
final result of the performed reactions showed, alcohol,
ether and ethylene possess a spicific radioactivity (see
figure 1). The authors determined: the dehydration velocity
Card 1/2 of ethyl alcohol and ether in ethalene as well as the common

The Application of Rad--cactive Carbon for "he Investir.-ation 62-2-le/28
of the Dehydration Mechanism of Ethyl Alcohol Over Aluzinum Oxide,
conversion of alcohol and ether over aluminum oxide at
3000 C. They found that ethylene forms in two different ways:
directly from alcohol, and over ether. There are 2 fiCures,
1 table, and 8 references, 6 of which are Slavic.
I-SSOCIATION: Institute for Organic Chemistry All USSR imeni N.D. Zelinskiy
(Institut or,-anicheskoy khimii imeni N.D. Zelinsicogo Akademii
nauk SSSR).
SUB?.',ITTED: September 21, 1957
AVAILABLE, Library of Congress
1. Carbon Isotopes (Radioacti;re)-Applications 2. Ethanol-
Dehydration 3. Alwainw.- oxide-Applications
Card 2/2

Popov Ye SOVI'12-21-0-10 /5.1
An Apparatus for Washing llexci,ry
(Pribor dlyaRroqrvaniya rtuti,
The apparatus recommended at rresent for washing mercury have
some disadvantages. They emplcy,for instance, a technique that.
takes much time and where the operator is in contact with the
mercury for a longer period of time. In the present paper an ap-
paratus is described that operates according to the water - air
lift effect. This way the mercury can be washed with water, acid-
or alkaline solutions, and with several washing liquids at the
same time. In this case the mercury passes each liquid separately
according to the order desired. A diagram of the apparatus is
given. It is mentioned that in the laboratory of the institute
mentioned below some variables of such apparatus were devised. in
the purification of larger quantities of mercury, for instance,
the cascade variable of this apparatus is recommended. The dia-
gram mentioned above represents a scrubber which at its lower end
has two spherical mercury containers connected by a little tube
at the side. By another thin tube the washing liquid is directed

An Apparatus for Washing Mercury
SOV/32-24-9-40/53
into the upper part of the scrubber, taking the non-purified mer-
cury ixL small portions from the lower sphere. These small-mercury
quantities then sink through the washing liquid in the scrubber
into the upper sphere. This process can be repeated until the mer-
cury is purified. There is I figure.
ASSOCIATION: Institut khimicheskoy fiziki Akademi-J, nauk SSSR
(Institute of Chemical PhysicsIAS USSR)
Card 2/2

ISAGULYANTS, G.V.; BALANDIN, A.A.; POPOV, Ye.I.; DERBEII-ISEV, Yu.I. (Mosccw)
C14 tracer study of the dehyd:-ation mechani= c'L ethyl alcohQi
r'
on aluminum oxide. Zhur. fiz. khim. 38 no.l:2(L-27 Ja"4.
(~ffRA 17.2)
1. Institut organicheskoy khimii imeni N.D. Zelinskogo kN SSSR.

KASHERININOV, G.O.; LEVINSKIY, M.I.; STANKEVICH, V.A.; KOVTUN, T.D.;
BELYAYEVA, I.I.; POPOV, Ye.I.; SMIRMV, U.S.; SHAMAKHTINSKIT,
M.G.; KULIM, A.A. - - --
Brief reports. Zav.lab. no.11:1403-1404 '59. (MIRA 13:4)
1. Institut Gipronikell (for Kasherininov). 2. Institut goryu-
chikh iskopayemykh (for Belyayeva, Popov Sairnov). 3. Institut
fiziki i matematiki Akademii nauk Arerbaydzhanskoy SSR (for
Shakhtakhtinskiy, luliyev).
(Chemical apparatus)

SHORYGINY P.P.;w. POPOV, Ye.M. ---
Unusual manifestations of the mutual influence of atomic groups in
spectra of complex molecules. Dokl. All SSSR 146 no.5:1132-1135
0 162. (MIRA 15:10)
(Chemical bonds) (Organic compounds--Spectra)

ISAGULYANTS. G.V.; BALA11DIN, A.A., akademik; POPOV, Ye.I.
Determination of relative adsorption coefficients 'V isotopic
diluti4on. Dokl. All SSSR 139 no.1:139-141 J1 161. (MIRA 14:7)
(Adsorption) (Radioactive tracers)

ACC NR, AP6017986 soulla cout un/013 00010101008610086
!'ENEENTOR: Bashilov, I. P.; BtLlanzhe, Yu. D.; Dubovik, A. S.; Yerofeyev, V. I...
1 Kcvlinhv li, P. V. ; Kobrin, L. V.; Kogan, B. Ya.; Kazlmin, A. I.; Popov,-Ye.--!..;
Mi~haylov, N. N. ; Churbakoy, A. i. ; Shileyko, A. V.
ORG: None
TITLEt An automatic device for doterinininly, acceleration (lite to gravity on It Movable
bnre. Clnns 42, No. 161833 (announced by the Institute of Physics of the Earth
imeni. 0. Yu. Shmidt, All SGSR (Inatitut fiziki Zemll All 880))
SOURCE: I.obr.te.iya, promyshlenny-fe obraztsy, tovarnyyc znELki, no. io, 1966, 86
TOPIC TAGGs gravity,, electron optics. eloatronic aquipmant, gravimater
ABSTRACT: This Author's Certificate introduces an automatic device for determining
acceleration due to gravity on a movable base, using a strongly damped elastic gravi-i
meter system. The installation contains a meter for acceleration due to gravity,
a system of mirrors, lens, light source, two condensers and a slotted prism. Ac-
curacy of measurement is improved, and processing of the resultant information is
sutomated by using an electron-optical converter wiLich changes angles of turn Of a
pendulum to digital code. This converter is made in the form of a code =ask with
lenses attached. A prism is mounted behind the lenses with metallic mirrors and
photocells.
Card 1/2 UDC: 531.768.oB:528.026
------- - -----

"C Na.
1--accelerometerS 2-6y6tem of mirrors; 3--objective lens; 4-light source; 5 and 6- L
condennero; 7--lotted prism; 8--elec.~kbn-optical converter; 9--code masix; 10-
lenses; 11-photocelleS 12-priam %~Itk metallic mirrors
SUB CODE: 09, 08/ SUBM r;.Tr-,:' 1!M.,y64

ACC NRs A.P6030145 CA~ SOURCE COU.:
AUTHOR.,__Lopyj Ye.
ORO: Institute for Radio Technology and Blectronicaj, AN SSSR,, Moscow (Institut
radiotekhn:Lki i elaktroniki AN SSSR) ,
TITLE: Application of an aperiodic intorferometor to spectral investigations in the
submillimeter region
SOURCE: Pribory i tekhnika eksperimenta, no. 4, 1966, 145-148
TOPIC TAGS; interferometero microwave, spectroscopy, absorption spectmi., indi=,,
antimony
ABSTRACT: An aperiodic interferomoter using- an r.-InSb receiver worldn- a. U-5quid.
helium temperatures is des-.ribed. The interferometer is designed for operat.-iton Ln
the subrdllimeter wavelength region. The applicatiori of the interferometer to the
study of spectral characteristics of filters and fast signals is illustratedj and a
schematic of the experimental installation is also presented. The spectra were
calculated according to
S(vk) -L-- 0,7 Vil [F (A j
F(Aj +
without the use of a computer, after the method of P., L. Richards (J. Opt. Soc.
-Cardl/2 UDC: 535.214.4:-621-317.757-3

_,-POPOV, Ye.I.; SRPAKOVSK~Y,', Ye.l.
First all-Union scientific technical conference on ~he
production of glass reinforced plastics. Plast. massy no.11
70-71 165* (MITM 18:12)

POPOV, Ye. I., Cand Tech Sci -- (diss) "Evaluation of structural min-
ing-geometrical graphs of coal locations." Leningrad, 1960. L3 pp; with
charts; (Ministry oi H-jigher and Secondary Specialist Education RZ-ZSR,
Leningrad Order of Lenin and Labor Red Banner Mining inst im G. V.
Plekhanov, Chair of Mine Surveying Affairs); 200 copies; price not
given; (KL, 25-60, 134)

GRUNMSM, Nikolay Aleksandrovich, inzh.; SEKABELINIKOT, Gennadiy
Petrovich. inzh.; GANCRITHY, Pavel Yasiilyevich, inzh.;
POPOT* Te.I., inzh., red.; KHITROT, P.A.. tekhn.red.
(Railroad motorcars; design, operation, and maintenance]
Motovozy i avtodreziny; ustroistvo, ekspluatataiia i ukhod.
Moskva, Goo.tranap.shel-dor.izd-vo, 1959. 245 P. (MIRA 13:2)
(Railroad motorcars)

,Jyalio~ich, Inzh.; RAKOV, V.A., inzh., rateenzent;
-Tevganiy
VISLOUKH, L.A.. inzh., red.; SAVELITEV, Te.Ta., red.izd-va;
WKIND, V.D., tekhn.red.
[Rolling stock of electric railroads] Podvizhnoi sostav
elektrichookikh zheleznykh dorog. Moskva. Goo.nauchno-tekhn.
izd-vo mashinostroit.lit-ry, 1959. 162 p. (MIRA 13:21
(Electric railroads--Rolling stock)

BOGDANOVA, V.I.; DOVGYALLO, V.P.; KULIZHONKOV, Ye.O.;-FOFOV,_Ye"-_
RUTKOVSKIY, 0.0.; SPEVACHEVSKIY, G.Yu.; NAZAREVSKIY, O.R.,
retsenzent; TRIFONOV, V.I., retsenzent; LEVITAS, I.G., red.;
USMKOP L.A., tekhn. red.
(Moscow - Central Asia; railroad guide]Moskva - Srednid a
Azila; zheleznodorozhnyi putevoditell. Moskva, Transzheldor-
izdat, 1962. 205 p. (MIRA 16:3)
(Railroads-Guidea)

VIC
/Tautomerism ofzj~dmlq-13 C'i
M 1--
-t
k- I
rTru
Jv
i
~ Ku-ch n,
c
:
K
kLllit.
-drg 7
Jik~ajy Arad. -TUT--96T-7(1955T~ --r
'
rrud-v Kicv3k. AfekAwivn,:
'
the C0,151, .11 taq,-
Reqktscl, 1953; CA 49, 17~t9e. --timce
,n,-r:c quil. Kj-, in a ,Ivtn- q ~-:vi he related t-i
'It'l aftivity . -d
L-T:.-j,. 1- -61, n:j .., -I
Kr~ - Klf
,jX the
r~lesc were prqyj~

& i(cl. r;,
I R."'Y"OR '111 \R. R
ij p X 7 F; zij! 1. K ;s LtO.11, pK in 7,-~
wt. in CH,. ctprl.
wt.
1 1-15-1. 2.IS X 10-1, 3.1 X 10-1, 1.66, i.hl,
a, 1:4 1117-5.51, 1. "Af, i. 11,17, 1.32 x 10 -1. 1 ill x
152-4(1: Pr, D, b. 101 1
1 .01 X I 5i; X U) -1, 3.31. ?-~~4 ~41.
, 5'
1 1 " 11
lWi B
072 (
6 I;j y
El
b
1
.
.
.
a,
,,, , .,-
.
,
N-. i.11 x 10-1, 2 il. 21-f" 47. i-,iA,1 A -,)~ot -d
PKr-a a4~iast P-Ku,~ ~,f Ah"..". th,t
0- Lm,~.neric ~hdt in Ow" th.- I,
RP,40RJOH, :, c
"I'll 1hat "r -.1 :,-,1 (110).

1.471S, N 54W. 1.15:t3, 0.9775,
SIPQOB!,).~B.. 1~-. 1.4133t;d, 0 ~ig5j;
74--5'. Oi-',~7:
f
7z~ -,S 5=, ;;17,i, I j
17
c7i.,;. psr
. C..~ [c ~~ "!
ot-! F-::--::

KABACHNIK. R.I.; KASTRYUKOVA. T.A.; KUROCHKIN, N.I.; RODIONOVA. N.P.; POPOV.
Reactivity of alkali salt@ of alkylthiophosphinic acid asters.
Alkylation and acylation. Zhur. ob. khim. 26 no.8:2228-2233 AC 156.
(KLRL lOtll)
1. Institut alemantoorganicheakikh soyedinaniy AN SSSR.
(Phosphinic acid) (Alkylation)

A (7) 3 PHA3Z I DOOK RXPLOITATION SOV/1365
Mtsrlsll X V6960yuMogo oovdshchani7a po spektrookopli. t. 11
MGlG;cul7&rn*y& spektronklplya (Papers of the 10th All-Vnion
Conference on Spsctrobcop7. Vol. It Molecular Spectroscopy)
(Llvov) 1zd-vO Wvovskogo uni-ta, 1957- 499 P-.4 M)aoplev
printed. (Ser!ss: !tat Firlahw zbirv%c, v7p W II
Additional Sponsoring Agincyt Akddemiya n&uk SUR. KomLselya po
3pektroskopli. FA.t 0azer, S.L.1 Tech. Ed.t Saranyuk, T.V.;
Witorial Boards lan4ster& G.S., Academician (Reap, Fd., Dsasaaod)#
Naporent, B.S., Do4tor of Physical and Mathematical Sciences#
Fabalinskiy, I.L., Dootor or Physioal and Mathematical Setences,
YAUz1k=%. V.A.. Doctor or Phyalcal and Ksthezuttloal Sciences.
Kormitauu. V.G., C"-Idat,9 of TeCh.-44AI Sciences, RayBk1Y, S.A.,
Candidate of ?hyaloal ani Mathematical Scioaces, Klimovskly. L.X.,
Candidate of fhyatcal &:,.d Yatl,.ematical Solenovs, Mlliyanchuk, V.S.,
Candidate of Phjslaal and YAVIAzatical Sciences, and Glauborm".
A. Ye., Candidate of Physical and Nathem,sti-Al Soiencleg.
Card 2/3o
Wstzaz-ov, I-K., L.A. Katitsyna, Urotsksyst.
Determination or the Structure or Carbonyl Compounds
From Absorption Spectra of Their 2,4-dinitrophanyl-
hydrazonos 165
Urallevich, Yo. A., D.N. Sh1prin, at al. AbsorpUon
spectra or carbanions 188
Speotre, of Sow ThlophosPhorld

Orgam1a Compounds lea
Nagratishvill, Q.v.. and D.N. ShIgorin. Wrar*d
Spectra and the Struaturv of Cortaln Aso Dy0a
and Their Hydrochlorides 190
Vaganko, Yo. W. Irf*ot of tho SolTent on the Position
of AbsorptIm Reads, in ww rnfrW*d 446trAft Of
Axid**
C",d 13/30

POPOV, Yc. N.: Master Chem Sc-l' (diss) -- "Inv~!stil,,aLion of t-he oscLI la,';.u,-
- I
sp-actra of orglanothiophosplionts compounds". moscow, 195B. 10 pp (Acad Sci
USSR, Inst of Or,;ano-ale:,,,F!nLal Compoands), 110 copies (KL, No 13, 1959, 101)

24(7) so-V/51-b-5-5/-34
AU VORS Kayants, L.5., Fop~7, Y-?.,". ar.,-~
TiTL,- C a I zu I a ti C. n c f t ra z te I t i V t,. i r. u-,-, e 3 0 f F h 0.

an6.

?,;RiODI !--L - J. 7-) -M~~,--,W-3 (USSR)
,IBS TRA^
~T:
T'-.- -.-apor relrv:,:r-c-~ t~-a ,-)f vibrullona of siw?lo
a; C:
2', Lt that t!1- ar~u;

-s ':ie zi,~; '2~:7 onc- t-.) the CS.,f pro-)? (se-3
a a ti f t
f-*;r,.;fe C.-l- 5t02) and tlat caa '--o virittgn Z.PY.-,

and Y L) r .3. 14.- f~-Ilo-fs that si;-, fundame:Aal
r!p Z 0
t".-,: sp-3:!Iur-a of the ZPYl'Z
ml-11.61.-Ao tI.ro- of r',coro b3 f~.Ily e~nnmstrlc and

0
7 in t~:oir calm~latlrrr~
(Zefs and the foilowing
cc v a t 6 s of u a tord le~rZtiIs

r'n rd 1/2 a

od - arij
2. waro 6anc-v by lett

OV. 11 -6-
Calculation of "hapracteristic Vibrations --r, Coirlr)ounds of Fho!:,)horz.;- tic
Vibrations of the PZG13 end R"Ir3.
qi, Irk (k -1 1, j) aad r,3:ioeCtiIW-,-LI'. 'rhe omtilibriwn bond
7-
ware taken to ".,q P--O = 1 . 3,3 ?--Ul 2
F--Br = 2.1- ilnoles and Z--P--Yi vrere assumed to ba
tatranedral. f he f Oro a c o n a t a ntE wers ch,)s on to obtai n th-, bas t
possibla agreement between th3 caiculated and observed Rarean and
inrrkAred absew!vtion froau#incias. D;jsivnattons of the force constantz are
I~uas kil-I 106. "a
in -rablo I and their va em- ) in Table 2. Pe calculitions
yielded frequa::cios and fo--ipx cf the norwal vibratiorz of the four
molecules arAi the sapsitivtios of frequencies to chan-es in th.-
force coastanta, atoinic masozis , b-~r-d lea~--s and angleas - The resultr
are a-ivon in TaLles 3-5, Th,, far;~ of fruily eyiwaetric vibr~ttions VI
(F--0 fro-,Aencioa in 1;0',13 aud ind F-3 freqaen2les in V,;:,'13 and
PSBr3) zznovid, strictly, ba by th.) coordins.-te Q but -.cab!,,
IhI.11INZ that it is affin')d -Lr,, ~!,wdlwtt-j q, ;trtrl cf. Ther~.-
U,
1 f I ea , --, tables ar;l I :,h tire 0-11, at, , 2,
2 an and I French.
June

SOV/51-7-2-5/34
AU THORS Mayants, L.S., Popov, YoX. and Kabachnik, M.I.
TITLE: Calculation of the Characteristic Vibrations of Phosphorus Comrpmads (Fkscuat
kharaktariatichnykh lcolobaniy soyedineniy foofors.). Ii. C~aracts_rjotte
Oleo (II. Kharakteristichnyye
Vibrations of the (OH30)3PO and (CH30)3PB M016cu
kolobaniya molokul (CH30)3PO i (CH30)3PS )-
F3RIODICAL: Optika i spektroakopiya, 1959, Vol 7, Nr 2, pp 170-177 (USSR)
A.BS TRACT In Part I (Ref 1) the authors reported the results of calculation of the
normal vibrations of the POC13, FOBr3, MG1,3 and PSBr3 molecules and
discusaed vibrations of these molecules corresponding to the F ~ 0
and P == S frequencies. It was shown that the symmetrical vibration 1~
of the four molecules mentioned above has not quite the form characteristic
of the Q. coordinate, which refers to the change of the P ~ 0 or
P ~ S bond length. In ord or to d otormine the off act of coord inates
which are further from 0. on the vibration Yl, the authors calculated the
fully symiietric vibrations of the (CH3O)3P0 and (CH30)gB molecules for
certain estimated values of the force constants and they determined the
sensitivity of frequencies to changes of these constants. Of the
possible rotational isomers of the (CH30)3po and (M30)3PS molecules
Card 1/2 four models were-selected (figure on p 171'.. The models I and Il have

S(Y.-/51-7-2-5/34
!,'Riculution of the Gharacteristic Vibrations of Phosphorus Compounds. II. Characteristic
Vibra:tions of the (CH30)3PO and (CH30),-JS Molecules
the symmetry C3V, the model III ha. 03 symmetry (the C--O bonds lie
in the plane normal to the third-ler axis) and the wodel IV has
CS symmetry. The results obtained (Tables 2-6) and those of Part I
(Ref 1) lead to the conclusion that the vibration V1 is very characteristic
in for-a and frequoncy of the coordinate C~ and related coordinates.
The P == 0 and P--O frequencies are used to show that the models I and III
are most likely isomers in solutions of (CH30)3M. There are 1 fiF~ure,
6 tables and 20 references, 11 of which are Soviet, 5 English, 3 Geman
and 1 fron an international journal.
SUBMITTSD: November 24, 1956
Card 2/2

5 (3)
AUTHORSS Popov, Ye. M., Mastryukova, T. A., 30'1/79-29-6-50/72
Rodionova, It. P., Kabachnik, M. I.
TITLE: The Vibration Spectra of the Organophosphorus Compounds
(Kolebatellnyye spektry fosfororganicheskikh soyedineniy).
On the Problem of the Characteristics of the Frequency P.,S
(K vopronu o kharaktoriatichnosti chaototy P~S)
PERIODICAL: Zhurnal ob5hohey khimii, 1959, Vol 129~ lir 6,
pp 1998-2006 (USSR)
ABSTRACT: The Investigation of the vibration spectra of phosphorus- and
organophosphorus compounds leads to the conclusion that in
molecules with the group P-0 a vibration occurs in which this
group plays the main role. For the structure and the analysis
of the phosphorus compounds also the spectral characteristics
of the group P~S is of interest. In order to determine the
so-called characteristic frequencies of the group P==S the
infrared spectra and the Raman effects of the organothio-
phosphorus compounds were obtained in parallel to the
corresponding thiolDhOGphorus and phosphorus compounds. In
Card 1/3 the compounds investigated the bands connected with the group

The Vibration Spectra of the Organophonphorus SOV/79-29-6-50/72
Compunds, On the Problem of the Characteristics of the Frequency P-~S
1
P-S are in the range from 750 to 580 cm- . The frequency of
the normal vibration of the molecule in which this group
participates, is considerably subjected to the structural
influences; in this connection each type of the substituents
changes the frequency by a certain amount. The frequencies
which are related to group P~S (Table 2) conserve their
constant values only if the central phosphorus atom is
surrounded by the same atoms or radicals. The bonds and the
angles which have no common atom with the group P~S do not
participate in the given oscillation and practically do not
influence the frequency. A final explanation could not yet be
given. The authors thank L. S. 'Jayants for valuable advice.
There are 2 figures, 2 tables, and 18 references, 1 of which
are Soviet.
ASSOCIATION: Inatitut elementoorganicheskikh soyedineniy Akademii nauk SSSR
(Institute of Elemental Organic Compounds of the Academy of
Sciences, USSR)
Card 2/3

KkBACHNIK, M.I.; GILYAROV, V.A.; POPOV, Ye.M.
Imides of phosphorus acid. Report 7t kmideimidolic tautomerism of
amides of pentavalent phosphorua acids* Izv.AN SSSR,Otd.khim. nank
no.6.-1022-1030 je 161. (MIRk 14:6)
1. Institut elementoorgaaicheskikh soyedineniy AN SSSR.
(Phosphosus acids) (Aniides)

POPOV, Ye.M. ; KABACIMIK I M. 1. 1- 11AYANTS, L. S.
Vibration spectra of organophosphorus compounds. UsP-Jadm- 30
n&.7:846-876 il 161. (mim 14:8)
1. Institut elementoorganicheskil-h soyedineniy All SSSR.
(Phosphorus organic compounds-Spectra)

KABACID11K, M.I,*; 1OFFE", S.T.; POPOV, Ye.M.; VPTSURO, K.V.
Trans-enolization. Part 1: Effect of solvents on the enolization
i~f trans-fixed keto enols. Zhur.ob.khim. 31 no.7:2122-2131 Jl 161.
(MIRA 14:7)
1. Institut elementoorganicheskikh soyedinaniy -411 SSSR.
(Ketone) (Isomerism)

YCABACHNIK., M.I.; IOFYE, OS~T.; PDPOV, Ye.M.; VATSURO, K.V.
Txanseziolliza~Lion. Part 2: Effect of so.1vents on the tran-s-
enolizat'lion ofp(--1~71acetoacetic esters. Zhur.ob.%him.
31 no.8:2682-26~2 Ag 161. (1-URA 14:8)
1. Institut e1ementoorganicheskikh soyedineniy Ali SSSR.
(Acet=oetic acid) (Isomerization)

KABA HNIK, M.I.; GILYAROV, V.A.:-POPOV, Ye.14.
Tautomerism of phosphamidines. Zhur.ob.khim. 32 no.5:1598-1604
* 162. (MMA 15:5)
1. Inatitut elementoorganicheakikh soyedineniy All SSSR.
(Phosphorus acids) (Amidines) (Tautomerism)

IOFFE, S.T.- POPOV, Ye.M.; VATSURO, K.V.; TULIKOVA, Ye.K.; UBACHNIK, M.I.,
aAte-~~~
Keto cis-tranB-enol equi-libri= of 3-alkylacetylacetones. Dokl.
AN &WR 144 no-4:802-805 Je 162. (MIU 15:5)
1. Institut elementoorganicheskikh soyedineniy AN &98R.
(Acetone) (Isomerization)

KOGAN, G.A.-, POPOVI Ya.M.
Vibratf-on spec-~ra a:~J C-` -.he of
pol.yene compounds. Iz-v. AN SSSR. Ser. khim. no.8t1393-
1401 Ag 164. (MIRA 17:9)
1. Institut organicheskoy k~imii' im. Zelinskogo All SSSR.

POPOV YG.M.; KC)CIAN, G.A.
~ J,- ~*-- ~ -
Vibration spectra and conjug,'ition. Butadiene and iinear polyeties.
Opt. i spektr. 17 na.5-.--'70-~78 N 164.
(MIIU, 17:12)

L 47327-66 Errft LvwP(j i~i
ACC NRa AR602576E SOURCE CODE: UR/0058/66/000/004~t05Q~56~-
AUIWR-. G. A.; Ivanova, T. M.; Y~no~aza, L. A., Kucherov, V. F.; Popov,
Ye. M.
TMW: Vibrational and electrcruc spectra of ethers of polyene acids r i
SOURCE: Ref. zh. Fizika, Abs. 0426
REF. SOURCE: Tr. Kartis. po spektro koDii- AN S t. 3, vyp. 1, 1964, 113-124
-S �ggg', I
TOPIC TAGS: ir spectrum, Raspan spectnn, uv spectrum, carboxylic acid, electron
spectrum, vibration spectnzn, conjugate bond system
ABSI?JCr: In order to study the mutual influence of functional groups of ataws
through a system of owipgated bonds,1the authors investigated the frequencies and
integral intensities of the IR, Paman, and UV bands of polyene wripounds of the type
(X - Cli ; n = 1 - 5). On the basis
X (Cr~-) ~WXA 31 OC21151 OOH 1 W2' and CDOCA
of an analysis of the obtained data, the authors expLain the causes of variations or I
I
these parameters and of the spectra of the carpounds in the ground and excited states&-
[Translation of abstract].
SUB CODE: 20
1/1

-XCC NR. 2591
(C*Hs)3SiONa + CIP(OC--II%)jt --o- (CZIJ5)3SiOP(OCZH3)2 + NaCI
(C314)3MI + NaIO(OCzJf,)2--*- (CzHs).-SiOP(OCzB*)s + NaCI
-(CIf3)j,SiONa + CIP(OC2H,), (CI13)3,9iOI'(OCHs)a + MCI
(CI13),vSiBr + NaPO(OC41.1s)a (CJ4).uSiOP(OC:Ha)& + NaBr
fomed the same type of derivatIV03. Thione-thial isomerization of Olt
3)SiOPS(OC2H5)2
in a sealed ampoule with a sm-11 =wunt of ethyl bromide produced a thiol-type isomer-
ic product. IR qmtra irAicate that th* soot probable structure of this isomer is
(CJi3)3`SiCPO(OC2E~)(;SC2H5), Orig, art,. hast I figure.
SUB C=s 07/ SM DMI Mar&/. OM Ws 006/ an RM 009
Card 2/2

. . . . . .AilL56-6fi Ent VESW J) JWJRM
ACC Hlb AR6016176 sOURce cm: UR/0058/65/000/all/Dolk/0014
A=688 i Yakowleve I. P.1 Sbeynker, Yu. N.. NMI Y*. M. ff-7
Calmletion of norad oscillations of methylamine
souRcas Ref, zb. nalka, Abe. UW6
Ur SOUNZ: Tr. Kowls. po spektroskopli. AN SOR, t 3, vn. 1, 1964j, 10-18
~WIC TAGS i molecular spectrum, molecular theory. &min*. oscillation
ABSTPACT: On the basis or a calculation of the vibrational spectra of methyl neq
and Its deuterium derivatives, the authors determine the force field of the molecule.
and forms of the normal oscillations of wetbyl- and ethylemine.
The characteristic nature of the oscillations pertaining to the saino-group is in-
vestlgated. It Is sbovu In particular that the frequencies and intensities of the
oscillations connected vith the V93 group in the spectra of different mines are
determined essentially by the force and electrooptical parameters or this group.
[Translation of abstractj

POPOV, Ye.M.; KOGAN, G.A.
Relations. bemeam length, order and force constant of a
carbon-carbon bond. Teoret. I ekaper. khim. 1 no,3j295-
304. MY-J* 165. (MIRA 180)
1. Institut organichoskoy khiali imeni N.D. Zolinskogo AN SSSR,
Moskva.

poilo" Y "
Characteris tics of the 7--c-anical properties c' chemical bortkis
in polyatomic moleculeB. Zhur. z. k'-',.i. 38 no.6:1429-j~-,-
je 164. (1,111RA 18:
1. Institut organicheskoy khimii AN SSSR.

L 59348-65 KPF (a )/EPR/-F"dP(j )/~-iA (c)/CWT(M) Pc-4/Pr-4 RPL
1 ACCESSION NR: AP5019337
.AUTHOR: Kastryukova, T. A.; S v, A.E.; A~alyayeva, V. L.; Popov, Ye. M.; 't?l
kAcademician)
;Kabachnik, M. 1.
TITLE,: 0- and S-alkylation of dialkylthiophosphatelby triethyloxoaium fluoboride
iSOURCE: AN SSSR. Doklady, V. 158, no. 6, 1964, 1373-1375
TOPIC TAGS: alkylation, sodium compound, organic phosphorus compound, fluorinated
organic compound, boride, isomer, isomerization
ABSTRACT:
The alkylation of sodium diethylthiophosphate with triethyloxonium
fluoboride was inve3tLgited in chloroform medium at equimolar ratios of the
components. The reaction was found to result in the formation of the 0- and
S- derivativen, The infrared absorptton spectra of the i;vomers were identical
with the spectra of the corresponding known preparatLons of triethylthione
and triethylthiol. phosphates. No cataly-tic isomerization of the thione isomer
to the thiol Losmer was obaerved under the action of the fluoboride; a study
of th? competing rianctioii of nlkylatLon of sodium dLethyl thiophosphate and
'-ieLbylthi9ne phoophate by an insufficient (Amount of trie-thyloxonium f'uo-

L 59348-65
~'n
tiow-0i
boride showed that alkylation of the malt is ware. rapid than LsowrLza,
the triethylthione phosphate.
Orig. art. has: 4 formdas.
ASSOCIATION: Institut slementoorganicheakikh soyedineniy Akadenii nauk SUR
(Institute of Organoelemental Compounds, Academy of Sciences SSR)
SUBMITTED: lOJu164 ENCL: 00 SUB CODE: OC, ;Z~7
KR R27 SOV: 007 OrM 1 007 JPRS
i-Cord

POPOVI Ye.M.; KOGAN, G.A.
Electro-optical parameters and --nterslties of th-e -.rZ.-are--4
absorption bands of 1.3-Wtadiene. Got. i spektr. 18 no.3:
377-383 Mr 165. (M IRA 18: 5)

FfjCjj,~F,-K(j, A.Kh.; SHIFT711,,
*."F't I Lt ing of IR ion fre~i; enc fe -- rj f mu It ir. le br;n
SS),M', SF r . knivi no
symm,etrical molecules. 17,v. M:
165-
1. 'nstAVA )rganIuhrs'-o,-- kirilmii 11m. 11.1', 7,D 10 it I IS, 11,

iio -a
N ES P
i7 i 2
o ii nc., o 3Wr' 5 c y Ed f :~ e n -1 y