SCIENTIFIC ABSTRACT SYRNEV, G.S. - SYRNIKOV, YU. P.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001654310011-9
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 31, 2001
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

,3-fRtTEV, r,.S~
Upsetting fitting screws. Priborostroonie no.6:27 Je 164.
(mm is-.-.)

SYRNEV, G.S., inzh.
New technological processes in the manufacture of fastening
bolts and screwB. Priborostroenie no.4:14-15 Ap 165.
(MIRA 18--5)

Srx" V, If. S.
Producing a self-locking adjusting 2cre-w for coiled tension
springs. Bi-ul.tekli.-okon.infoi-m.Gos.nauch.-issl.inst.nauch.i
tekh.inform. no.8:46-47 Ag 165.
OMIRA 18:12)

sy-
-- - . , C; . ~- . _n I rjoj~s. ?,Uz.-S~tam.
'. -- - j Le f ~,r -C 1 - ..
~Tj ~,I, I I
V. j - 165. 110,;9),
pr.-,*.z%,,. 7 nc.8.~4? 1~11f~7

8 YMEVY C, I It", .yInh.
1Y,"roducing cold extrusion of pa-rt.5 and. billetua. Prlb---,:,xztrcen!.e
no.6.0-7-18 Je 165. (WIRA !,Qz?)

SYRNEV, I.P.
Reproduction of the structure of the Kubadag-Greater Balkhan
trough in its relief. Neftegaz. geol. i geofiz. no-3:17-21
163. (MIRA 16:8)
1. Nauchno-issiedovatellskaya laboratoriya geologicheskikh
kriteriyev otsenki perspektiv neftegazonosnosti Glavnogo
upravleniya geologii i okhrany nedr pri Sovete 'Ministrov
RSFSR. *

SYRNEV, I.P.
Pre-Akohagyl (Middle Pliocene) erosion by water in the region of
Kara-Bogaz-Gol. Neftega.z. genl. o geofiz. no.8:20-22 163.
(NIRA 170)
1. Nauchno-issledovateltskaya laboratoriya geologichaskikh
kriteri,yev otsenki perspektiv neftegazonosnosti Gosgeolkom SSSR.

SYRNEV, I.P.; USHKO, K.A.; EBERZIN, A.G.
Age of the Kyuryanykyure series in the Krasnovodsk Peninsula.
Biul. MOIP. Otd. geol. 39 no.607-92 N-D 164. (MIRA 180)

ARKHIPOV, A.Ya.; ALTAYEVA, N.V.; BAYBULATOVA, j"J.K.; VISKOVSKIY, Yu.A.;
GOLENKOVA, N.P.; KRAVCHENKO, M.F.; KUPRIN, P.N.; LEVIN, A.I.;
POLISTER, L.A.; SEMOV, V.N.; SYRNEV,_,T,Z.; USHKO, K.A.;
SHOLOKHOV, V.V.; Prinimali uchas~ly'--e: RODIONOVA, M.K.; CHELITSOV,
Yu.G.; KUZNETSOV, Yu.Ya., kand. geograf. nauk, nauchnyy red.
[Geology and oil and gas potentials of the south of the U.S.S.R.;
Kara-Bogaz-Go.1 (Gulf) region (eastern part of the Middle Caspian
oil- and gas-bearing basin).] Geologiia i neftegazonosnost' iuga
SSSR; Prikarabozazle (vostochnaia chastf Srednekaspiiskogo nefte-
gazonosnogo basseina). Leningrad, Nedra, 1964. 300 p. (Trudy
Nauchno-issledovatellskoy laboratorii geologicheskikh kriterlyev
otsenki perspektiv neftegazonosnosti no.12).

Y:~_K-I, - -', - . -F `YAKC'~,, 4 . ~, , ; f-,NPA.'-V
j I' -, ~O K I (,'~ ~ ',I! ., . ~ . - G , f A ~ .~ . i P.
,'.-; tjtA I,., ~ 4 1, '! ~. ~ ) I A - .. I
F !I -a'. TOV ) O.M. , ULIITSKI'~, (u A . ; _S' KHM-1r,"I ) !a 7-.
14R.Lti 711practervitins ef the geomor,,hoic-gy and rf-2srit in
the Volga-Don territory. T.,iidy ffiflneftegaza no..13-.171-1E6 165.
'? ri-
i
',l i~~ )Fzg)

056
Sofia, Dot;lrly rrlq~r.kov F ,k, Vol 14, no 3, 1U6
1. Tdatribution of Tangential Plrne3 to Curfaces of the
Congruence a! Straight Lines in the Hyperbolic C,~acd*
A. PAT112-wr pp 233-237.
2. the -ti, 1 0 aalon Lavals In
r'
er
Lead zu - I
ifida* iv. B-tndL 239-242
0
(Ong ish Sumary)
_~L
3. *A Nav Pr6cina Differential ~~=ztcr fo-- Laboratory
Purposes . I SC~
zOJAD_-4rzV and 1. -.'0,10VT pp 243-24 6.
4. Nicxoquantitative, Det,ar-Ination of Cblorint and IoUne
Iona' N. QX'C4_1V and K..&OSvr pp 247-250.
5. 'Comparative. Amino Mid Content of t1na Mesta at C-oze,
Tuit Stones" S.I. Ya=',OVI pp 251-2.14.
6. *One Method of R-~~ng Sulfur from The Kzo=VcovcL
Llmonita Ora* 4.,Yh1'.1XIrVi pp 255-257.
7. 'Absorption of Nitrogan Coddas In the Vil~ratlrvjr~"e
of Sodium Hydroxide Solutions. Part It' 0
Chr. DALARZW, L. BDJ=-1ZV and
G. -on the Rate of Absorption of Pure Cas*sl D 1,:~aw
D,Z_4~V and C. RALAREW (IN ENGLISH) pp 2;3-i6r.
9., -Effect of Soma Inorganic Additives on the Reduction of
Copper Oxide by Carbon Dioxide at Law Tc~,=paraturas-
M.S. ~j ~_.M% i pp 267-270.
10. -B"orita from the Radk& Mine. Psnaghyur Basins
T.G. RA NOVAr pp '271-274 (English Sv=nary).
11. 'Aluminum Saponits from Svettluka. Ardin Basin' T,
- A
.ODORCV I pp 275-270 (English Su=miry).
12. -Aegarding ttia,fxpeximantal Variability of Zschdrichin
coli* S. GALKSOVI gp 279- 201.
13. "Studies an the rormation of Capsule by Certain Strain
of Bacillus anthracla in vitro' 0. Xv. R2W1ZVi ;P 283
14. -Antibiotics and the Reticulo-=rdothalial syatez
I-ixatlon Activity in Rica Treated wl-th W-lit-I Iron
saccha.r&W An, TWXOV, G, SCK_-LJ(O1.1A and D. STOYANOVI
Vp 287- 290.
13. 'Electron Mcrosco-Ic Study of Lunge of Snak4al R.
12ham?
16. -Mumaa LaptospirOaLs Due To Laptoopirs SaWcoebing In
Bulgaria* 2. KUJU.%IZVI pp 295. 293.
- 2A -

SYRNEV, L. [Surnev., L.]
Slow conditions of a PbS surface. Doklady BAN 16 no-3:233-236 163.
1. Predstavleno akad. 0. Nadzhakovym.
i

9, Y/
C~2
AUTHOR:
TITLE-
PERIODIC,-'d,:
3 1833
S/L94/61./000/010/053/082
D256/D301
Syrnev, L.N.
Production of photo-sensitive surface PbS monocry-
stals and investigation of the photo-effect mechan-
ism
Referativnyy zhurtial. Avtomati.ka i radioelektronika,
no. 10, 1961, 28, abstract 10 G195 (Dolcl. Bolg. AN,
1960, 139 no. 3, 269-272 (English sunmiary))
Mri: In various photo-effect models of PbS, PbTe and
PbSe it is assumed that the Dhoto-conductivity is connected with
the micro-crystalline structure of the photo-conductive layer. It
was, therefore, interesting to investigate the behavior of mono-
crystals in the case where point-contacts do not exist, For this
purpose, the PbS monocrystals were sensitized, the process being
similar to that for poly-crystalline layers, aTid for this purpose
PbS was heated to 4000C in the presence of S vapors for several
Card 1/2

3 i 6 33
S/194/61/000/010/053/032
Production of -,)hoLo-sc!nsitivc... D256/D301
1~
hours with subsequent polishing and heatinig In air to 59000 for a
.1 L
short period,, The detailed investirratio-i-is of the photo-galvanic
effect, the thermo-eiaf, rectifier effect and the life-time of the
unstable carriers demonstrated a full similarity to the effects in
monocrystals Lind layers., showing that both depend upon the same
processes. L2 references- L Abstracter's note: Complete transla.-
tion~-7
Card 2/2

SYRNEV, L. (Surnev, L.]
Slow conditions on the lead sulfide surface produced by water
vapors. Doklady BAN 15 no.?:719-722 '62.
1. Predstavleno akad. G. Nadzhakovym [Nadzhakov, G.].

DIMCHEV, T.; SYRNEV, L. [Surnev, L.)
Changes in the work function of PbS monocrystals with the change
of gas medium. Doklady BAN 16 no.6.-577-580 f63.
1. Predstavleno akad. G. Nadzhakovym, chlenom Redaktsionnoy
kollegii, "Doklady Bolgarskoy Akademii nauk".

SYRNEV, N.I.
Theory and practice of approy-imate computations,involving trans-
cendental functions. Uch. zap. MOPI 123:197-207 t63.
(MIRA 17s4)
.-.. -'f

SYRNEV, N. I.
Arithmetic - Problems, Exercises, Etc.
Direct and reciprocal proportionality of values. Mat. v shkole No. 3, 1952.
Monthl List of Russian Accessions, Library of Oongress., November 1952. UNCLASsUIED.

b " T
-Iy!~*Ii~V'
PONOMAREV, S.A (Moscow); -SYMJIV, N.I. (Moscow)
Some methodological remarks on the new collection of arithmetical
- problems for the 5-6th classes of the secondary school. Mat. v
ahkole no.4:47-53 Jl-Ag 154. (MLRA 7:7)
(Arithmetic--Problems, exercises, etc.)

v, ,0,,,1,,a, oly, TVANOLItcoy
PONOKAREV, SemeW Alekseyevich; SYRi&i Niko Ivanoi PAZELISKIY, S.Y.,
redaktor; MAKHOVA, i&NWP-- W I"
N.N.,' TOPLUUlunualtv reLLaXTj W
CCollection of problems and exercises in withmetic; for classes 5-6
of seven-year and secondary schools] Sbornik zadach i uprazbnenli po
arifmeiike; dlia 5-6 klassov semiletnei i arednei shkoly. IzCI. 2-e.
Moskva, Gos. uchebno-pedagog. izd-vo Ministerstva Drosveshchaniia
RSYSR. 1955. 222 p. MRA 8M
(Arithmetic,Problems, exercises, etc.)

S'.,'RnV, H.I. (Moskva)
. .
.. l-,
"Arithmetic" b7 I.K. Andronov and V.H. Bradis. Mat. v shkole no.5:
84-85 S-0 '58. (MIRA 11:10)
(Arithmetic)

SYRNEV, N.I. (Moskva)
Work with the adding machine in the 5th grade. Mat. v shkole
no-5:42-43 S-0 '59. (MIRA 13:2)
Walculating machines)

SYRIIEV, N.I. (Moskva)
6tudying the Blida rule (logarithmic) in an eight-year school.
,rpI
Mat.v shkole no.4:34-38 Jl-A9 160. , r. - ,0 ,/
(m
(Slide rule)

SYRNEV, N.I. (Moskva)
Using an adding machine. Mat. v shkole no-3:51-52 My~e 163.
(MIRA 16: 7)
(Calculating machines)
(Mathematics--Study and teaching)

SYMEV, DOIGI-21T V. 11,11.
(YEarly Clinical Diagnosis of Rhe,matic Heurt Disease," Vop. Ped. i. Okhran. MAter. i. Det.,
17, I-To. ", 1")49. Hd., Chair Children's Diseases, Astrakhan Mied. Inst., -1949-.

Smw. vo V. m.
aunculation in diagnosis of tuber=losis in children.
Probl. tubark.,, '.Ioskva No. 3. Illay4une 50. p, 31-5
1, Of the DopartiaorrIc, of Children' a Disea-ses of A strekheal Hadical
Institute, Astrakhan',
CUM 19, 5p llllov.p 1950

syp"O'll V. 'LL-0
-- --w i.-,--.11 1'.1,
Cwe;aln pr-,cti=l conclusions frcn Pavlovi a thaory and hia achool
of Vonr. lmdiat., 18:5,. 19410.., p. 34-6
1, TP-~,a,,' or the DehpartmcW,; of Children's Di3caws, An'LrmklAn'
Institute, A3traldinnnl.
(Ul !L "' , 3
20 ,, March 1951

SYRNEV, V.
Problem of early diagnosis of tuberculous meningitis. Topr. pediat.
20 no.4:19-23 July-Aug 1952. (CLIG 23:2)
1, Professor. 2. Moscow.

SYRNEV, V.M.,prof, (Yoskva)
--
Dingnosia of whooping cough in the entarrhal period. Yop.o)th.ant.
i det. 3 no.3:39-4o My-Je 158. (MIRA 11:5)
(WHOOPING COUGH)

SMEV, V.14., prof.
Some problems In the cardiology of childhood. Pediatriia 37
no.4:3-6 Ap '59. (MIU 12:6)
1. 12 kafedry falmlitetakoy pediatrii Gor'kovskogo meditain-
alcogo institute, imeni S-M-Kirova (dir.N-11-1(izinov).
(CARDIOLOGT
pediatric problems (Rus))
(PI-MIATHICS
cardiol. problems (Rue))

SYRIMV, VAL, prof.; GERGEL, LAT. -, BUYLOVA, G.H.
Early functional symptoms in rheumatic fever. Pediatriia 37
no.6:84-85 Je '59. (MIU 12: 9)
1. Iz detskoy polikliniki Kuybyahevskogo rayona g.Gor'kogo
(glavnyy vrach L.K.Gergel').
(RM4ATISM, in inf. & child,
early manifest. (Rua))

YAGUBOV, S.N.; REVICH, G'ONPSYRITEV, V.M. (Moskva)
Strei*ihen the polyclinica3. training of students
institutions. Zdrav. Ros. Feder. -36 My
+ no.5:33
"VX (MEDICINF--ZTUDY LND TEACHING)
.1
in medical
160.
(14IRA 13: 11)

SYRNEV, Vasiliy 14ikhaylovich; CHUHILOVA, A.I., red.
[Early diagnosis by physical methods under conditions of
the district physician's servicel Ranniaia diagnostika
fizicheskimi metodami v usloviiakh vrachebnoi uchastkovoi
sluzhby. Izd.2. Moskva, Maditsina, 1965. 98 p.
,(MIRA 18: 1)

SYPSEV, V., (Engr-hhj, Candidate of Technical Sciences)
Coauthor with Engr-Maj V. SYRITEV of article, "The Physics of the Action of Nuclear
Forces." subtitled, "Fadioactive Emissions," discussinc, the rays emitted by radio-
active substancesl their penetrating power, and their effect on the human body.
The'dose concept" and the amount of dosage necessary to harm the body tissues are also
mentioned. /A-Aicle translated in full in joint Press Reading Service, No 148,
28 May 1954:7 (Krasnaya Zvezda, Moscow, 26 May 54).
SO: SUIA No. 208p 9 Sep 1954

MEIIMEIVY V., (Enar-11aj, Candidate of Technical Sciences)
Author of article, "The Physics of the Action of Nuclear Forces (Measuring Radiation), it
discussing radiometric and dosimetric measuring devices. The author told how radiation-
measuring devices are constructed and-how they operate, and described a fountain-Den-size,
pocket radiation-measuring device. ~~! translation of article appeared in Joini Press
Reading Service, No 166, 15 June 1954.7 (Krasnaya Zvezda, Moscow, 10 Jun 54)
SO: SUI No 224, 28 Sep 1954

SY-FTIEV) 11. F. end FKPOV) N. P.
'Tadionctive Radiation and its Measurement", War Publishing Office
of the Ministry for Defense of the Soviet Uniony Moscow 1950'.
"This -publication was urritten specifically for soldiers and sailors
of the Red Army and Navy. It onntainB informatiin of the dangers
encountered during Atomic Warfare, Radiation Measurement, and
identifies markers used in Radioactive Axeas.
SO: D531003.

SYRNIV, Yjadillen Pavlovich; PETROV, Nikolay Panteleymonovich; SMV, A.I..
c-heskikh nauk, inshener-podpolkaynik,-rodaktor;
KAIKR, Ya.M., redaktor; SRIBNIS, N.V., tekhnichookly redaktor.
[Radioactive emissions and their measurement] Radloaktivaye islu-
cheniia i ikh ismereniia. Moskva, Voen. isd-vo Ministerstva obor.
SSSR, 1956. 159 P. (KRA 9:6)
(Radioactivity--Measurement)

IVANOV, Anatoliy Ivanovich; SYRNW, V.P.. inzhener-mayor, kandidat
tekhaicheskikh nauk, 'reTaqMFTr-9bXR, Ya.M.. redaktor izdatel'stva;
SRIBNIS, IT.V.. tekhnicheskiv redaktor
[Nuclear radiation of atomic explosions] lAdernya izluchenila
atomnogo vzryva. Moskva, Voea. izd-vo Kinisterstva obor. SSSR,
1956. 211 p. (ML'RA 9:9)
(Radioactivity--Safety measures)
(Atomic bomb)

86-5-9/24
AUTHOR: Syrnev, V. P., Eng.Lt6Xol.,; Candidate of Technical
-9-cl-eii-ces
TITLE: Ground Radiation Reconnaissance (Nazemnaya radiatsionnaya
razvedka) 3q
PERIODICAL: Vestnik Vozdushnogo Flota, 1957/,", Nr 5, PP. 52-62 (USSR)
ABSTRACT The article points out that the basic measures of anti-
atomic defense are constant reconnaissance of radiation
aV a dosimetric checking of irradiation and contamina-
t on. The radiation of radioactive substances can be
detected only with dosimetric instruments. The measure-
ments can be either roentgenometric or radiometric.
Roentgenometrlc ifteasurements by means of roentgenometers
or dosimeters show the ionizing effect produced by radiation,
while radiometric measurements by radiometers show the
activity of a radlatiw~-. source (Figure 1) or the intensity of
the contamination of the bodies or surfaces. The-An -1
Card 1/3 (Figure 2*) field roentg~nometer.xhich is the main instrument

Ground Ra~iation Reconnaissance (Cont.) 86-5-9/24
for ground radiation reconnaissance (a picture of this
roentgenometer is given in the article) Is intended to
measure gamma radiation within the limits of 0.04 to 400
roentgen/hour. The weight of this instrument is about
6.7.kg. It is operated by one man. It consists of a
receiver (ionization chamber) (Figure 3), an amplifier,!a
microammeter, and a power feeder. The wiring diagram of
thelollo^enometer is given In Figure 4. The individual
field dosimeter is intended ta measure the effect on
personnel of gamma radiation in a contaminated, terrain.
The set contains small-welght ionization chambers and a
charging-measuring pdnel (Figure 5). This instrument
measures doses of 0 to 5 roentgens (first sub-range)
and 0 to 50 roentgens (second sub-range). The weight of
a separate ionization chamber is about 15gr. A field
radiometer (Figure 6) measures the intensity of the con-
taminatioh of the soil and the surfa6es of.various objects
by beta and gamma-active substances, as well as the con-
tamination of food and water. The range of meesurements
of beta contamination is from 150 to-1 000,000 disintegra-
Card 2/3 tions/cm2 min and for gamma'radiation Prom 0.03 to

Group Radiation Reconnaissance (Cont.)
20 milliroentgens/hour. The radiometer
units: a con'trol ptnel (Figure 7) and
dition, there is a headset (Figure 8).
whole set is 5.5 kilograms. There are
AVAILABLE: Library of Congress
Card 3/3
86-5-9/24
consists of two
a prober7. In ad-
The weight of the
8 figures.

'A(O)I 3(0)t 2(20) MASN I BOOK UPWITATION 30VJ~210
Atostnaya onarglyn T Svistsjj 1 r&ketjoy tokhnikaj abornlic statOY
(Atomic Energy In Aviation and Rocket ilngines ring I Collection
f Artiolom) Moscow. Voyan. Izd-TO X-va obar. SSSR , 1959. 500 P.
Seriest Nauchno-populyarnsyn bibllotek&) NO of' copies printed
at given,
!
Ed. - Compilers F.T. Astachankov, Engineer, Lt,-COIj 341.8 TIL.R.
gaderl Tech. Zd.s A.M. Gavrilova.
PURPOSIt This book Is intended for officers of the Soviet Armed
Fares&, members of DOSLAY. and the general reader Interested In
the uses or atomic ongergy and in the development of aviation and
rocket engineering.
COVIRA01i This collection of 46 articles, compiled by 28 Soviet
Scientists and based chiefly on non-Sovi*t materials, dlslausBeo
various aspects of the use of atomic ongergy In rocketry and &via-
tion. The book surveys the development or atomic and thermonuclear
weapons and weapon carriers, lays down the principles of anti-
Atomic defense, and evaluatea the application of nuclear onsergy
133 aviation and rocketry. Fuel and construction materials. an
wall as actual physical and technological processes InvolvAd. are
toest4d:bTlefly. Fundamentals Of atomic warfare and combat tao-
ties AW discussed at some length. The book in divided Into rour
Parts. Of Which the last consibts chlorly of anti-Western props-
go do. Section I Is devoted to nuclear weapons And their use In
avmlon. Section 11 IS on anti-atomIc defense, OAPQcIAII7 the
defense and decontamination Of airfields " aircraft, and do-
rsmse agalnst radiation. Section III IS-= the use of nuclear
energy In modern aricraft and rocket technology and flight tach-
including some Speculations on Space travel And on the
energy Of the future, There are 126 figures and 35 non-Soviet
r~fTJr9nc&1 (SOXA In ItUssian Translation).
TABLE OF CONTZM i
Defense Against Radiation 255
Zhiloy-,3, (Inginedr-CAptain]. Harmful Effects Of Penetrating
Radiation From Atomic Jxpla,lons and Prat"tIvs Measures at Air-
fields
26o
Lltvlnenka. X. (Candidat. of Technical Sciences, Uglnoor-Lt.
T'5
~O "IT- Flying In the Cloud Of an Atomic UPIOSion 266
Lltvanenko X. ]Mh&yjOr of Air Personnel When the Airfield and
Equipment fi&vt Been Contaminated Through Radiation 275
lydankIn- L- IRAgInter-Lt. Colonel). Field Radiation Monitoring
LoStrUMNInto and Their Basic Elements and Quajity Coefficient$ 284
9"Ov, A. Development of the Techniques Of Radiation Survey and
NadlatT66 monitoring 291
*3-- V--IC&ndld.t of Technical Sciences, Jtngln*or-Lt. Colonall,
IMPSTWd-lation Survey 299
2 (EngInOor- Lt. Colonel). Decontamination of Aircraft309
Card 619

V
PHASE I BOOK EXPLOITATION SOV/4503
Petrov, Nikolay Panteleymonovich, and Vladillen Pavlovich Syrnev
Radioaktivnyye izlucheniya i ikh izmereniya (Radioactive Radiation and Measuremez~+-)
2nd ed., rev. and enl. Moscow, Voyenizdatt 1960. 190 p. (Series: Nauchno-
populyarnaya biblioteka) Number of copies printed not give4~
Ed.: A.I. Sedov, Candidate of Technical Sciences~ Engineer, Lt. Colonel; Ed. of
Fublishing House; Ya,M. Kader; Tech. Ed.; V.Ye. VQlkova.
PURPOSE: This book is intended for officers of the Soviet Army, DOSAAF instructors,
and those interested in radioactive radiation and the measurement of radioactive
radiation.
COVERAGE: The book deals with radioactive radiation and methods of detecting it
and includes the fundamentals of ionizing-radiation dosimetry and methods of
recording ionizing radiation. The design principles and construction of the
basic types of dosimetric field instruments are described, and-operating in-
structions are given for their utilization in a contaminated locality in the
area of an atomic explosion. Considerable attention is given to the characteris-
tics of radioactive radiation. No personalities are mentioned. There are no
references.
Card-+/-3-,

SYRNEV,,V.V.
Clinical aapects of endarteritis lenta. Vrach. delo no-3:301 Mr 157.
(MR1 10:5)
1. Gospitalinaya terapevtichaskaya kliniks eanitarno-giglyanichaskogo
fakullteta Pervogo moskovskogo meditFsinskogo instituta.
(ARTERIES -DISEASES )

SYRI&V, V.V.
Rarely considered possibility for prolonged lowering of arterial
blood pressure in hypertension. Sov.med. 21 no.10:108-112 0 157.
(MIRA 11:1)
1. Iz kafedry obahchey i gospitallnoy terapii (zav. - deystvitell-
nyy chlen Akademii meditsinskikh nauk SSSR prof. Ye.M.Tereyev)
sanitarno-gigiyanicheskogo fakul'teta I Moskovskogo ordena Lenina
meditsinskogo institute imeni I.M.Sathenova.
(HYPERTINSION, case reports
spontaneous regression)

S'-MNrE'V, V. V., Cand 1-Ind Sci. (diss) -- "Some aspects of t,-,e co-l-se of stages II
ard !II of hyrpertension". Moscow, 1958. 19 PP (First Moscow Order of L-rdn
NrA Tr!st fin T. M. S(-cheriovi, 200 copies (KL, ?,o ii, i,~)6o7 122)

. SYRIhily V.V-*, dotsent
Method of instruction in clinical depar-bnents. Zdrav. Ros.
Feder. 8 no.2:28-30 F163 (MIRA i7:3)
1. Kafedra fakulltetakoy terapii ( zav. - dotsent V.V.Syrney)
Kemerovskogo meditsinskogo instituta.

46
S/' 53/60/003/004/036/040/XX
B02O/BO54
AUTHORS: Tronov, B. V., Syrnevas N~ V,_
TITLE: Complexes of Aminobenzoic Acids and Their Salts Witb
Meta-dinitro Benzene
PERIODICAL: Izvestiya vysshikh uchebnykh zavedaniy. Khimiya i
kh-4micheskaya tekhnologiya, 1960, Vol, 3, Noz 4,
pp, 752 - 753
TEXT: The authors studied the complex formation of the following amino
acids of the benzene serigs: ortho-~ meta-, and p-,aminobenzoic acid with
meta-dinitro benzene; the latter is distinguished by a high elestron-ac-
ceptor activity. The colorimetric investigation was ,,onducted in alco.-
holic solution, since both dinitro benzene and aminobenzoic acids are
soluble in alcohol, whereas simple; satura~sd amino acids are in-soluble
in alcohol, In all three systems, the nolor is considerably intensified,
the maximum exactly or almost exactly lying at a molar ratio of 1 :1 j which
indicates that only one nitro group participates in the complex forma-
tion. This is confirmed by the circumstance that sodium salts of amino
Card 1/2

Complexes of Aminobenzoic Acids and Their S/153/60/003/0()4/036/040/XX
Salts With Meta--dinitro Benzene B020/BO54
acids, in which the formation of a hydroCen bond is impossible, also
showed a color intensification in systems with din,.tro benzene, the
maximum lying at a ratio of 1:1. Crystalline c-.)mplexes with dinit-ro
benzene were obtained from ortho- and para-aminobenzoi---~ acids, The op~,
tical density was measured at I 90C by an ~)K -M (FEK-M) photoeleo tri.;
colorimeter, Measurement rewilts are given in F4.gs- ! and 2. There are
2 figures and ! Soviet refer-n,~e,
ASSOCIATION: Tomskiy politekhni,~-heskiy institut im. S. M. Kirova
(Tomsk Polytechnic Institute imeni 3, M~ Kirov)~ Tomskiy
meditsinskiy institut,, kafedra organicheskoy khimii
(Tomsk Medisal Institute, Department of Organic Chem.1stry)
SUBMITTED: July 15, 1958
Card 2/2

wittl d nitr be
of amino~~nzolc acids und th-eir saltus 0 r
1r
zenes. 1-.v.TFI 111:`-5 '61.
(E.enzoic acid) (IlTitro'cenzene-)

rete"millin'r, tnf- lbri-.~:% in the process of aamplax
formation of wminuberizoir ard air, -*Lr-.,-f)x.3bf-, nzc c ac;d's and their
sodlr.m salts wi''J: din-Itrobenzenes. lzv,,,,y5, ut.!heb.,zav.,fiz.
-4. (~ JFLA 17,b)
n z 'i;
inotitu-' pri Tom.A,Ili gooudars'-
Z7L

Ll
10 0 * 0 0 1,
03 It ?I tj it T rh p la $1 U id a v a SO 0 41 Q
C r 4-..L --L. At At
A--
-
1

: 0 The pisallpagaktf. of thO UOW Olkslnlj

lb bi
No. 1
4
C
041 ,
.
(194 1) - Kkbo. Nrleal. Zkw. 4. No. 7 -10. IU5(1941)-

00 Th. j4;y%kvChem. ~~, tht mol. strut-tuft and the
of hakanwhine, MCII(NIMOC14011.
00 Hal--hine was obtained from llal,,-
stocky$ ctisp-id. family Chenopodiarear. The phartnactol.
he-frine
(
h
.
at o
Cp
actWit (it haltrolachine is w to t
:0 Itelln
*0
*0

0
00
of
_00
000
-00
.00
Poe
TIO
!be
Too
woo
t!oe
be*
fte*
/1
C, "Se"C&TIC.
g I-
v -c--
to to (I K it it it 0 14 9
or
0 0;0 0 a 00 0
0

y, "L: - T'j-d 1 ln,n z;tr-,f
LL! U

ivOO000000900001111 0 000 00 0
001 1, ?let& is a 11 a a M is v
is , v
GOA
00 PIPOC111111 AND PROP101,16 ixtiff
Pharniacolea of tracnemtsmis p-anuummu,,uste
ester. i Tobike,4. 9. No. 5.
0 :
"fifamine pe-aminobenTuate ester (1)
more in cats under urethan narensis:
0 tit ilu,%ft of 10 mg. or
limrts hh-Awl pce,,etute and stimulat" respitotidon. A. a
I- live ve, .11111tildlit. I Is deftly it, I,.,. &~ a.-fiv,
:40 a(loplue. S.,1111. tit 1. it 441 li.p.111. dif 111411,1, a
1%ottidilytic action on lsolatcd cubbit int"Ifter. Aors-
Ortic action III% rabbit utefus was absent at 0.5%. letr(LAI
:0 It 1%, Complete at 1.5% colien. of I (Jur4tioli 3(~-40
inin.). At 2"' the duration was 45-W min. J. F. S.
'', it a is 66 d.
4
so
-00
ROO
coo
coo
00
coo
$00
Igoe
1:1410
A111-11,1k WALLUROCARI. MINAT4119 CLASSIORKAUCIN 11140
t took. 11.1111.4
few aie- Sol
9 note coil 111111 S1111 Karl Iting ji, 0 of 0 0
0 a a 0 0 0 0 0 0 0 0 0 0 0 0 0
0 0 0 000400 0 a

a A a a a a 0 V
I a k. 1~ 1) 11 W it L4 17 16 A 11 n D AS JS A V X P X It V if Is k V 4 0 Q it a it 111 0;2 0
Ab-C 2, L-j --k-ft- J. -&--k- a X-P- 0 4 -3. Of I T -M'-WU-AD-U4't-J L-A-A-L, ji-A J-- J- -I-
04P oo( ff ..' - . , . . I ~.' ... .!~
00
COMPW&til~ pharniscology 01;ttyphylline and stroplaft.
00.2 00
Vu- 1. Syrne". Fafmasm. i 4rikid. 9, No. 6, 16-25 -40
00 (194M"~Pl'ktTP"1ine (1) in small do," %titntdates the
central nervous 67stem; In Isolated cat heart it has a pos.
00 ino(ropic and chnsectropic action at 0 .1-1 p.p.m. and is
0 0 a cardiac depressant at loo-I(M p.p.m. For mice the
041 M.L.D. (by subcutaneous inj". ion) is s mg.; min. d-
fective do*, " m4. The hypotensive action of I is
a I
o0 ue to depression of the vasotWur ctnters in the medulla
014011WIL. Both I and Atr*tlt (11) havv mydriatic
effects (11 is about 20 times as active as 1) in cats and
Z'! oppose the pupil-contracting effect 0( pilocarpine or
p1ty"figmine. The lowest effective concri. was lix) =00
00 -
P.P.M. for I and 5 P.P.M. for U. Tests of Canine Saliva.
0 tion show that I actively influences the parasympathetic,
0 :,3 but not the sympathetic, innervation oF the salivary coo
glands. On snitooth muscle (Subses-pig uterus) 11 exert% too
0 a clsoline-.a". action at 0.25 and I at 5-10 p.p.m. But
00 a in spa-.wmolytw action I is susic" to ff. as shown by expils. 10
ith 0.03% BaCA. on IwWtd rshW Intestine (I was twice 2 goo
and comparative effects an sympathetic
- i 400
Clinical tests confirm the greater sptL%rno-
lytic-i'-ty-ii1l, In cats and dogs medium (30-40 tits. I
and large (50-100 Ing.) floe" of I lower Iff'otil prMutre by
action on the vasomotor nerve centers, cuup(ed (its (arse
floses) with cardiac depression. ulian F. Smith
Is ~0. t1go
I L Itz'
Wes
'00
L g- -fw a M N it 13 As 4 1 9
U it 0) is its ff it if to Ifil 1(9 of Ott Irefolon 1) 14 Ott!
o0 o 0 0 sis q o 09 go 0 goo* 0 0, 0 o 0 0 00000 006000 091
0 4 0 0 0 0 0 : : : : : . 610
oso 0 0 Me 00 0 0 00 0 , - . -"A* 0 00
~

41-

kv~-Ituitfoc,L Of extiads ai A
uslis and Cowr~rla majalls art eels'. vu. 1.
Symeva itad
A
a
P. 14.
bramov
ze
-
,
fait.. 111n6try of Health.
U.S.S.R.). ~ A
:
jechttac veto 2, No. 6, 2"1(1953).-The cat aud frog Me
rlr~
mis am equiv; fu as&-tying wptm. d C waptis; fit the case
of A. vernaUs ftop aTe to W preferted because they ate less'
C
subj(vt to !1emotim and ludividuat VuLatfur4. Cats C41gh
wed anly whol ftugi mic UnavallAle. A. a. 34,

Yo. 7--,
rfts at ffocaLue amid Ar =16
to a,-
13 'or.,
x U. 1. Z [My-.
I If& WdUe
a. .. 4. E amide, a
'ad. ~
Soviet-made pronest 1. at 25-50 mg./kC. in narcotized cats
deseasitizes cardiac muscle and slows aurkle-to-ventricle
tra It fmpedcs development ot sffhyth-
ulat;on. and relieves arrhythmia ia-
duced by aconitine. Ite'Sovict and imported prcpns. am
identical in ta.p., pharmacol. properties, and toxicity.

4TT
V
I CATMORY Phamacology and Toxicology. Ganglionic Blocking
Agents
AD JO UPL. P7,hBi,)'-'. 3 No. 5 !959) ?q,. 23096
Syrneva, YD. 1.
T I TLE Nanof-In, a New Ganglionic Blocking Drug
MO. PUB. Ned. Drom-st' SSSR, 19571'~liTo 6, 42-43
k
A.93TRACT 111anof in (N) (hydrochloride of the isormar of 2,6-
dirueflftylpiperidine) is a synthetic optic r1cemate
of one of the alkaloids oontained in Yanophyton
erinaceum. 11 is 'little toxic. its garglionic
blocking action exceeds the aebior, of tetraethyl-
amiionium b,-y 5-7 tiraes. The decrease of arterial
pressure JIM animals (within the limits of 40 mn,
of mercury), following intravenous introduction
?5

A-tlfl. jOUTR. T?ZhBirl.> Nz-5 19591 N,-,. 2--,096
A UTI 1 (1, 1 Z
r
DFIGI.
v
Al"10MUCT I fi-inct-ion. It, la proscriborl, poT- o-i, In doons of
T,on'-fd 0.1-0.42 -, 2-3 times a clay, subcutaneously and
intravenolasly, In doses of 1 ml of 2% or 5% so-
lution, 2-3 tines a day. Average 'duration of t'he
treatinent is 3-4 weeks.- E. -I. Kandell
Card:

SYRUEVA, Yu.1.
Relation between the structure and the effect of certain aryl amino
alcohols [with summary in English]. Yarn. i toks. 20 no.4:7-14
Jl-Ig 157. (MKRA 10:11)
1. Otdel farmakologii (zav. - prof. M.D.Kahakovskiv) Vsesoyuznogo
nauchno-issledovatellskogo khimiko-farmetsevticheBkogo institute
imeni B.Ordzhonikidze.
(ALCOHOLS,
aryl amino alcohols, relation of structure to eff. (Rua))

SYRNEVA, Yu.1.
ai on of structure to the effect on the adrenoreactive system
of certain aryltetrnhydrooxazoles. Farm. i toks. 20 no.6:15-20
I-D 158 (mru 11:6)
1. Otdel farmakologii (zav. - prof. M.D. Mashkovskiy) Veesoyuznogo
nauchno-iBsledovateliskogo khimiko-fnrmatsevticheskogo institute
imeni S. Ordzhonikidze*
(SYMP.ATHOMIMETICSO
aryltetrahydrooxazoles. review (Rus))

byRIlAvit, '111.1.
- . ~ - .1 Tli4 antispasmodic drug, homamidine. Med.prom. 13 no-1:56-57
Ja '59. (MIRA 12:10)
1. Vi3esonmzyV-y nauchno-'isoledovatellskiv khimiko-farmatsevtiche-
skiy Institut imeni S-Ordzhonikidze.
(PYRIMIDINE) (AIITICOIMJLSANTS)

5 (3)
AUTHORS: Danilova, A. V., Utkin, L. M., SOV79-29-7-72/83
Kozyreva, G. V., Syrneva, Yu. I.
TITLE: A New Alkaloid Which Is an Isomer of Platyphyllin (TTOVYY
alkaloid, izomernyy platitillinu)
PERIODICAL: Zhurnal obshchey khimii, 1959, Vol 29, Nr 7, PP 2432-2436 (USSR)
JUSTRACT: Platyphyllin bitartrate is prepared from the broadleaved Senecio
platyphyllus. As to its chemical structure the platyphyllin is a
diester of platynecin arid the senecinic acid (Ref 1). In the
processing of the industrially manufactured alcoholic mother
.liquids a new base which had been called neoplatyphyllin was
obtained on separation and recrystallization of platyphyllin
bitartrate. As to composition and functional groups, this new
base is identical with platyphyllin. Their basicity and infrared
absorption spectra (Fig) show little difference, but as fax as
the physical properties are concerned, the neoplatyphyllin and
its salts differ from platyphyllin and its salts. The bitartrate
of neoplatyphyllin shows well pronounced cholinolytic and
spasmolytic properties. As to activity and mode of action it is
closely related with platyphyllin, but it is twice as toxic.
Card 1/3 Alkaline and acid hydrolysis of both compounds yield the sam-e

A New Alkaloid Which Is an Isomer of Platyphyllin SOV/79-29-7-72/83
products. The authors assume that the difference be-hteen both
bases is due to the steric configuration of the acid component
of their molecules because, is is known, the "necinic" a('.ids With
double bonds show in addition to the optical isomm7ism also the
geometrical one (Ref 2). The structure of the senecinic acid
corresponds with the formula (I) (Ref 3)- In order to investigate
further the properties of both compounds the alkaloids were
reduced with LiAlH . The resultant trivalent alcohols had to
possess.structure ~II), according to the structure of the
senecinic acid. The chemical and spectroscopic results obtained
confirm the assumption of the authors that the different spatial
configuration of the esterifying acids is the cause of the
difference between neoplatyphyllin and platyphyllin. The formation
of a trivalent alcohol from the senecinic acid, by treating it
with alkali liquor, which is qualitatively different from the
alcohols obtained by direct reduction of the alkaloids, confirms
the observation that the "necinic" acids separated by alkaline
hydrolysis of the alkaloids of the species Senecio possess a
configuration which differs from that in which they enter into
Card 2/3 the composition of the alkaloid molecules. There are I figure

A New Alkaloid Which Is an Isomer of Platyphyllin SOV/79-29-7-,72/83
and 3 references, 2 of which are Soviet.
ASSOCIATION: Vsesoyuznyy nauchno-issledovatellskiy khimiko-farmatsevticheskiy
institut imeni S. Ordzhonikidze (All-Union Scientific
Chemicopharmaceutical Research Institute imeni S. Ordzhonikidze)
SUBMITTED: Llay 25, 1958
Card 3/3

SMEVA, Yu.j.
Pharmacology of nanofin. Khim. i med. no.15:70-76 160. (I'IIRA 15:1)
1. Iz otdela farmakologii (zav. - prof. M.D.Mashkovskiy) Vsesoyuznogo
nauchno-issledovatellskogo khimiko-farmatsevticheskogo instituta
imeni S. Ordzhonikidze.
(PIPERIDIR-E-PHYSIOLGGICAL EFFECT)

t"- SYRNEVAt YU.I.; ABRAMOVA, P.N.
Data on comparative studies of the activity of crystalline eymarin
and a standard liquid Adoni~ preparation on R. tempraria. Farm.i
toks. 23 no.6:521-525 N-D 160. (MIRA .14:3)
1. Otde'1 f-armakologii (zav. - prof. M.D.Mashkovskiy) Vsesoyuznogo
nauchno-issledavateliskogo kbimi o.- armatsev-ticheskogo institnts,
imeni S. OrdzhonikidzA.
(ADONIS) , (CARDIAC GLYGOSIDES)

8 Yid&VA Y YU. I.
Relationship betwoen the structure and effect of certain 2,6-
dimethylpiperidine derivatives on the choline reactive systems.
Farm. toks. 24 no.3;304,309 MY-Je 161. MIRA 15:1)
1. Otdel farmakologii (zav. - prof. M.D.14ashkovskiy) Vsesoyuznogo
nauclmo-issledova.tellskogo khimiko-farmatsevticheskogo institats.
imeni S.Ordzhonikidze
(FIFERDIME (CHOLINE) (MMUS SYSTIN)

SYfOlEVA, Yu.I.; SUKHEIETA, G.P.
Data on a comparative test of crystalline convallatoxin and
liquid standard Convallaria on frogs. Farmakbl.toksik. 26 no.3:
323-327 My-.Te'63 (MIRA 17:2)
1. Laboratoriya biologicheskogo kontrolya (rakovoditell - kand.
med. nauk Yu.I.Syrneva) Vgesoyuznogo nauchro-issledovatel'skogo
khimiko-farmatsev-ticheskogo instituta imeni S. Ordzhonikidze.

S
S G. P,
YWIEVA Yu 1 SUKHININA,
Frarmac-lowical properties of /-chloroethyldifur'--r-
1- ylair,,re.
Farm. i toks. 28 no.1:33-36 JA-F 165.
(IIJ RA. 2 S.- -12
1. Laboratoriya biologicheskogo kontrolya (zav. - kand.med.nauk
Yu.I.Syrneva) Vsesoyuznogo nauchno-issledovatellskogo khimilko-
farmatsevtielleskogo instituta imeni S.Ordzlionikidze, Moskva.
Submitted October 30p 1963.

L 15732-66 EWT(m)/ ~/)~~T(b) ljp(c) JDIJW
ACC NR: AP6000893 SOURCE CODE: UR/0181/65/007/012/3689/31W
AUTHORS: Petrov, M. P.; Smolenskiy, Q. A.; Syrnikov, P. P.
ORG: Institute of Semiconductors,AN,SSSR, Leningrad (Institut
poluprovodnikov AN SSSR)
TITLE: Nuclear magnetic resonance in RbMnF3
SOURCE,a Fizika tverdogo tela, v. 7. no. 12, 1965, 3689-3690
TOPIC TAGS: nuclear magnetic resonance, rubidium, fluorine, line
shape, line broadening
ABSTRACT:.-IMeasuiFements of the nuclear magnetic resonance were made
on the Rbland F"ftuclel at room temperature., using a weak-oscillation.
generator. T9_e_ RbV1nF were synthesized from the cold RbF and MnC1
3 2
by beating to a temperature -700C. It was found that the magnetic
field acting on the F and Rb nuclei in the polycrystal is not equal
19
to the external applied field. In the case of F, the NMR line bad
Card 1/2

L 15732-&
ACC NR: AP6000893
an asymmetrical shape, while that of 87 Rb had a Lorentz shape. The
ratio a = WHO where AH is the supplementary magnetic field on the
nucleus was 0.022 + 0.003 and -(1.9,� 0.2) x 10- for F and Rb,
respectively. In the case'of measurements on polycrystalline RbNiF
3
with hexagonal structure, no resonance was observed on 87Rb
probably.
19
because of quadrupole broadening and the NMR line of F had a com-
licated form with a 0.0058. Authors thank A. G. Tutov for an
p
x-ray analysis of the crystal and S. A. Kizhayev for magnetic measure-
ments.
SUB OODFA 07/ SUBM DATFA l4jul65/ ORIG REFI 002/ OTH REF11003
2
Card

L 2606346 DM1)/ENT(m)/T/EWP(w)/EWP(t) --IJP(c) jD/IfN/JG
ACC NRi AP6015808
SOURCE CODE: up/0386/66/003/01o/6416/042:9
J_
P.
AUTHOR: Smolenskiy.. G. A.; Yudinj V.~M.; Syrnikov P. ; Sherman, A. B. 7
ORG: Institute of Semiconductors, AcadM of cie6ces SSSR (Instittit poluprovodnikov
Akadear nauk SSSR)
TITLE; The transparent hexagonal ferrimagnet RbNiF3
SOURCE: Zhurnal eksperimentallnoy i teoretillesk2~ fiziki. Pis'ma v redaktoiyu.
Prilozheniyep v- 31 no. lo,, l966., 416-419
TOPIC TAGS: antiferromagnetism,, magnetic moment, saturation magnetization., magnetic
anisotropy., rubidium compound, Curie point
ABSTRACT: . Since investigations of the magnetic properties of RbNiF3 have hitherto,-
been confined to the paramagnetic regions and to polycrystals, the authors have in-
vestigated the magnetidVpro~erties of single-crystal RbNiF~~, using .a magnetic balance
and the Fwadaf1MM-5&,-M-fTeM&_TY5_m 2 to 14 koe, bath above and below the magnetic-
transition temperature. T sinale crystal have been obtained by an exchan e deccM-
position reaction at 960c%~They are transparent in visible lightp and have the in-
teresting feature that in the temperdture interval from TT to 90OK they change their.
color continuously from bright green to pink. The resistivity at room temperature
exceeds IOIJL ohm-cm., and the dielectric constant is of the order 5--6. Iarge and
perfect crystals (15 x 5 x 5 M) Vithdiib cleavage planes can be obtained with relative
ease. The dependence of the pareiijEeiic susceptibility on the temperature has a
Card 1/2

-L 26063-66
ACC NRi AP6015808
form characteristic of ferrimagnets. The magnetic ordering sets in at 145K. Plot
were obtained of the magnetic moment at 77K against the field intensity and again::
the temperature in the direction along the hexagonal axis and perpendicular to it.
From these plots it is possible to estimate the field of negative uniaxiial aniso-
tropy- at 77K (-25 koe) and the sum of the magnetic anisotrolry constants (KjL + N2
-0.4 x.108 erg/cm3). The results are interpreted from the point of view of the
collinear model of ferrimagnetism. The value obtained on this basis for the specific
magnetization is 18 0-cm3/deg, Although the obtained value of the saturation magneti-
zation per formula unit at O'K is found to be somewhat lower than the theoretical
value (-213 Bohr magnetons),the difference is attrib t high temperature Of
,;u~Med to he
the experiment (more than half the Curie temp e The results show that on ap-
proaching the Curie point the anisotropy constants decrease rapiffiy, and this gives-~
rise to a spontaneous magnetic moment. It is concluded on the basis of all, the data
that, RbNiF3 is a transparent ferrimagnet of the ferroxplan type. Orig. art. has:
2 figures.
SUB CODE: 20/. SUBM DATE: 25Mar66/. ORIG REF: 001/ 07H REF: 003
Card 2/2 6

L 23028-66 Fia (.1 001T I -.;'P W JD/INT
.ACC NR: Ap6oo966o SOURCE CODE: UR/0181/66/008/003/0783/0787
1AUTHORS: Pisarev., R. V. jN~ ayeva., A. I.; Syrnikov, P. P.
_Ly 1--cM
::ORG: Institute of Semiconductors,AN SSSR, Leningrad (Institut
;poluprovodnikov
C02+
,iTITLE: Structure of.energy levels and exchange interaction of
lions in NaCoF
3
iSOURCE: Fizika tverdogo tela, v. 8, no. 3, 1966, 783-787
ITOPIC TAGS: energy band structure, cobalt compound, single crystal,
;light absorption, optic transition
line shift
,ABSTRACT: The authors Investigated the spectrum of optical absoMt1cn1!
:of NaCoF in the interval from 5,000 to 30,000 cm (2 -- 0.33 P).
3
~The single crystals were obtained by chemical reaction of NaCl with
;,CoF The experiments were made in tightly sealed platinum crucibles4
2'
IThe absorption spectra were investigated in the' ultraviolet and
Card

L 23028,66
!ACC NR: Ap6oo9660'
ivisible regions using diffraction spectrographs (DFS-8 and DFS-12)
!and a double prism monochromator PMR-4). The measurements were made7:
!at 4.2. 20.4 -- 6o, 77, and 295K. The observed absorption bands are i
2+
ficlentified with transitions inside the 3d electron shell of the Co
ion in a cubic crystalline field. It is shown that near 35K one of
.Itbe absorption lines is strongly shifted, owing to the transition of i
Ithe NaCoF into a magnetically-ordered state. It is observed that at!
2 2 (2
!low temperatures the state E H) splits into two lines (AV = 36 om-),!
one of which disappears when the temperature is raised to 60K. The
n be-
,possibility that this splitting is due to exchange interactio
1tween the paramagnetic ions is discussed, although the data obtained
'so far do not prove this completely. The authors thank G. A.
iSmolenskiy.for interest in the work and a discussion of the resul
~V. V. Yeremenko for a discussion of the results, and E. V. Matyush in~_._
or help wl-tfi--the measurements. Orig. art. has: 4 figures, 2 formiflas
band 1 table..
SUB CODE: 20/ SUBM DATE,:-24jul65
ORIG REF: 002/ OTH REF: 005
Card 2/2 N

L- 24379-66
ACC NR: AP6009702 SOURCE CODE: uR/ol8l/66/008/003/0975/0977
AUTHOR: Pisarev, R. V.; Prokhorova, S. D.; Syrnikov, P. P.
ngrad-T-T-nstitut poluprovodnikov AN SSSR
Leni
ORG: Institute of Semiconducto~Ajj Sq�R
TITLE: Changes in the intensity of the electronic transitions of the M24'land IIJ?+
ions in the antiferromagnet NaNiO.98MO.04F3
SOURCE: Fizika tverdogo tela, v. 8., no- 31 1966, 975-977
TOPIC TAGS: antiferromagnetic material, manganese, nickel, light absorption, electroin
transition, absorption spectrum, line Intensity) spectral line
ABSTRACT: The authors report on an investigation of the intensity of the electronic
transitions of both Me+ and Ni2+ in the antiferromagnets NaNiF3 and NaNio.q6Mno.04F31
by measuring the optical absorption in a broad spectral interval, making it possible
to draw certain definite conclusions concerning the growth of the transition intensi-
ty. The absorption spectra were investigated photmetrically with a double prism mono-I
chromator (DIMRA). 1he results (Fig. 1) show the effect of a mutual influence of the
and M2-1 ions, resulting in an increase in the intensity of certain absorption
lines of these ions. Vie greatest interaction was. observed in those regions of the
spectrimi where both ions, have. closely 1,)rlrg 1,.-vels, prov-1dad that the symmetnr pr n-
ciples impose no limitations on the possible interaction. It I.-, concluded th4t the
gre'Otest role in the observed intcn-c-i-fication of the spectral-line intensity is prob-
ably played by exchange 1xiter&ction br;tween 3(!-ions. 'Die trtapsltions responsible for
Cqrd_1~2

ACC NR-
Fig. 1. Absorption spectrum
of single crystals of NaNiP.5
(1) and NaNio,9614no.04r-3 (2)
at 77K. s -- coefficient V
of molecular extinction
4
the different spectral lines are briefly analyzed and the absorption spectra evalu-
ated and compared -with other data. The authors thank-Q,-A-.Bmojenskiy for interest
in the work and valuable remexks, and P. V. Usachey for a chemical analysis of the
cx7.stals. Orig. art. has: I figure and 1 table.
SUB CODE-07/ SUBMBATE 21oL-t65/ OTH REP-. 002
Card 2/2

ACC NRI AF603355T SOURCE COPE: uR/o18l/66/oo8/o1o/2q65/2q6q
AUTHOR: Smolenskiyj G. A.; Yudinj V. M.; Syrnikov., P. P.*- Shermr-n, A. B.
ORG: Institute of Semiconductors, AN SSSR, Leningrad (Institut polupravodnikov AN
SSSR)
TITLE: The transparent hexagonal ferrimagnet RbN1iF3
ISOURCE: Fizika tverdogo tela, v. 8, no. 10, 1966, 2965-2969
TOPIC TAGS: rubidium compound, magnetic property.. magnetic susceptibility, magnetic
anisotropy, Curie point, magnetic structure
ABSTRACT: The purpose of the investigation was to Audy the magnetic properties of
single-crystal RbNiF3, both above and below the magnetic-transition temperature, in
view of the fact that they were hitherto investigated only in the paramagnetic region
in single-crystal form. Transparent RbNiF3 crystals with low dielectric losses can
be of interest for modulation of light beams in microwave devices at low temperatures.
The single crystals were obtained by exchange decomposition at high temperatures. The.
magnetic propprties were investigated with a magnetic balanceb:~,the Faraday method
in fields from 2 - 14 kOe. The apparatus was described earli6i-(M v. 6., 3668, 1964)
and was modified to accommodate anisotropic crystals. The reciprocal magnetic sus-
,ceptibility was measured as a function of the temperature and the magne-tic-moment com-
ponents were determined as functions of the field intensity at different temperatures.
The results confirm that RbNiF3 is a ferrimagnet of the ferroxplan type with a'Curie
2
Card

ACC NR: AY-6033557
temperature of 145K. The magnetic structure and the magnetic anisotropy of Rb',,%'iF3
exhibit a complicated variation which can be interpreted from the point, of view of
the assumption that as the temperature is increased the magnetic structure changes
from one with an easy-magnetization plan to one having a cone of easy-magentization
directions. Orig..art. has: 6 figures and 5 formulas.
SUB CODE: 20/ SUBM DATE: 03M6101 ORIO REF. 002/ OTH REF: 005

Card 2/2

ACC NR1 AF7005318 S-0-URC_E'_C0D~:*' li~/63BV67/10,(*/ID6V(~02i/60'4)61
AUTHOR: Nesterovaj, N. N.; Siniy., I. G.; Pisarevy R. V.; Syrnikavl-F.J.
ORG: Institute of Semiconductors
AN SSSR, Leningrad(Institut poluprovodnikov A
SSSR)
TITLE;
RbCoF3
Infrared absorption spectrum of the antiferromagnete WaCoF3., KCoF3,, and
SWRCE: Fizika, tverdogo tela.. Y. 9j, no. 1,, 1967, 21-26
TOPIC TAGS-. antiferromagnetic material, ir spectrum, absorption spectrum, absorption
edge, spin orbit coupling
ABSTRACT: The authors investigated the optical absorption of these antiferroriagnets
(with perovskite structure) in the region T50 - 2000 cm-2- at 7T and 295K. One of the
purposes of the investigation was to determine the influence of the exchange inter-
action and to obtain a clear cut spectrum. The single crystals were grown from the
melt and the absorption spectra were measured with an IKS-21 spectrometer. All the
compounds exhibited an absorption band near 1200 cm-1 and weak bands at the absorp-
tion edge of the lattice. The 1200 cm-1 band is identified with the re - r7 transi-
tion between the split levels of the orbital triplet. When the temperature is de-
creased from 295 to 77K,. an increase of 40 cm73- in the half-width of this absorption
band is observed in KCoF3) and decreases of 55 and 20-cm7i are bbserved in the half-
widths of the absorption bands in 1WoF3 and WoF3. The results show that the spin-
Card 1/2

ACC NR' AP700533B
orbit interaction constant does not depend on the crystalline field. The authors
thank G. A. Smolenskiy for continuous interest iit the work and a discussion of the
results and S. D. Prokhorova for marW measurements. Orig. art. has: 4 figures, 2
formulas, and 2 tables.
SUB CODE: 20/ SUBM DAT.E: lQpr66/ ORIG REF: 004/ OM F".. olo
Card 2/2

SYRNIKDV, V.P., sanitarnyy vrach
. V-'~
Occupational poisoning caused by preparing dry Ascomycetes. Zdrav.
Belor. 5 no.1:53 Ja 159. (MIRA 12:7)
1
1. Gomel'skiy oblastuoy soyuz potrebitel'skikh kooperativov.
(YWROOMS-PHYSIOLOGIVAL X"WT) r

USSR/PhYsical Chemistry - Solutions. Theory of Acids and Bases, B-11.
Abst Journal: Referat Zhur - M21miya,, No l., 1957.. 494
Author; Syrnikov, Ye. P.
Institution: Leningrad Academy of Forest Technology
Title: On the Structure of ionic Solutions
Original
Periodical: Tekhn. inform. po rezulltatam-nauch.-issled. rabot. Leningr. leso-
tekhn. akad.Y 1956, No 38, 64.-70
Abstract: Salvation is due to 2 effectal the formation of a stable envelope
around the ion and changei3 in the structure of the "free" portion of
the solvent under the action of the electrostatic fields of the ions.
IfY according to the views of Hall (iEail, Phys. Rev., 1948, Lj, No 7).,
we consider water to be composed of 2 types of structures which are in
dynamic equilibrium, we can write the equation AF = Wo - (X3V337,
where 8F and AFO are the differences in the free energy of the in-
dicated. structures in the presence and in the absence of an external
field, n is the mole fraction of the dissolved salt, and & is a
Card V2

MIKHAYLOV, I.G.; SYRNIKOV, Yu.P.
Sound velocity and structure of liquids. Vest. WU P, no.?:P,1-98
F '53. (MIRA 12:7)
(Ultrasonic waves--Speed) (Liquids)

SYRNIKOV, Yu. P., Cand Phys-Math Sci -- (diss)"Condensability
of electrolyte solutions and certain problems of the theory
of these solutions." Len, 1958. 11 pp (Len Order of Lenin
State Univ im A. A. 2hdanov), 150 copies (KL, 35-58, 105)
-5-

24(l) PHASE I BOOK EXPLOITATION SOV3150
V&S,ronslyokaya konferenraiya profea,aorov I prepodlivatelty padago-
gichookikh Institutov
..PrIR:neniye ul-traakustiki k Inaledovanlyu veshchestvs; trudy kon-
f r4ntail, Vyp. 7 (Application of ultrasonics C.7r Analysis of
3ubatanc*a, Tranaikerione at the All-Russlan Conference or Pro-
fessors and Teachers or Pedagogical Institutes, hr 7) Moscow,
Izd . xOpit 1958. 283 V. 1o500 copies printed.
Tech. Ed.1 S. P. Zhitov; Eda.f V. F. Notdrvv. Professor, And
R. Kudryavtaev.
PURPMEs This book to intended for phyliCigt3. t0Ch=ICiSnS, &erO-
naut Ical engineers and other persons concerned with ultrasonic
COVERA093 The book contains twenty eight articles which treat ul:rA_ -
son is ;phenomena in rivo gen:rAlesategories: 1) historical data
an th development of ult ra oni in trio Soviet Union over the
past arty years; 2) the speed of Sound In Buop"o, tons Of varying
concentration and number and type of z-c=pcnenl. And the relatlon-
between sound volac~~a~nd thit iniiity oral:ctrolytee.
ship _5pm r~
3Tultraxonlc Investigations or physical and chemical properties
of materials and the determination or physcal and chemical can-
stantd, 0. S, density of aqueous solutions, adiabatic compromaj.
bIl1t7j solarity Of solutions (with given temperatures). viscosity,
surface tonalon, saturation pressure and also ultrasonic Inve3tl-
,at Ion of the carbon content and petrographic state or coall 4)
industrial applications or ultrasonics, e. g. emuls3fication or
reagents, cleansing or textile fibers and enhancing the sucepti-
bility of some synthetle r1b:ra to dy*lng, etc. . and 5) app4r&tw
which produce ultrasonic wav a, So personalitles are mentioned.
artjl
Ki~"Ylov, L,_Q. and jU_Z__%grn1kau._ The Problem a.' the
Compressibility of SOIutIonW-10r-Z1acCrOljte3 65
!_A_k.~oxa, nd .00 Ichko In-
d C~ft
ysstlgAt on o? the Phy4ical,an amica pert ea or Aqueous
Solutions or Rlmathyl Formamide in the Temperature Interval
Proo; 20 to 90 C With the Ultrasonic And Otter Feth*d* T5
OtpushehannIkov,__9_.Z; Investigation or the Speed or Ultra-
e5Un&_rn-W&_-phTE& I one and Hyponuirite In tht R3nge or Fnane
Order 91
The Dependency of the Absorption of Uj_r._rZ-----v
.61141nadc`~UponAjts intensity I I
101
~?rshln%On, Ye. M., The Use of Ultrasound to Crea%v Periodic
Structures 105
1
WoLtov' N. and J~~~- 30" N!w P'Agnetostric-
,!Irv
hai~j; ~s_;
Savin1khLrin, -A--V- Ultrasonic Method or Dete=-nilnz the
-Sa-tur-affo-5-7rauxure or Plastic Liquids 121
Orl6hin, A P Ultruscnlc Method of Investigating the
rye at
lizatitn Process of Paraflnic Petroleum Prouct. 127
Ns"v*YGv. A. K. and Ye. a. Kltrtynov. Sp4el or ftopagation I
135
D. Emulsification of Flotation Reagents by
--Ultriaon c waves
__ Oreahnff-y" _ - I I - 1 143
V1 - --4--L- tnveatigatlon of the E
trabound on the Physical and HyZj*njcrf*ct Of Sound and
During Purification Process Fropyrtiteg of Fibers
Gorgshko,G- V- 11-A-Dmitriyeva and "I.,
Fiber or-on or Ul'kr4i_0_u_nd_D_6_rfF-9 Dyeing or palyacrylo ltrile
the "Nitron' Type n
161

AUI~HORS : Mikhaylov, I.G., Soiov'yev, V. A., Syrnikov, Yu. P.
TITIE T;ie Main Problems of Molecular Acoustics
(0snovny,7e problemy sovremennoy molei"Culyarnoy akustiki)
PEMIODPJAL: Akusticheskiy Zhurnal, 1958,,Vol 4, Ar 3, pp 211-222
(USSR)
A.BSTRA'C'T: This is a review of the present state of molecular acOu.:-1-Z:ics.
Both Western and Russian worh is considered. In vie-w of 6"11~2
relativ-- simplicity of ultrasonic uethods the velocity of
sDand has been measured in a very large number of liquids.
The velocity has been correlated with various macroscopic
and microscopic properties of liquids and various emDirical
rules have been suggested. Among these rules is the one duo.
to Rao, The authors point out that in their opinion Rao's
rule does not summarise any special molecular mechanism.
This is sh6vtn above all by the approximate nature of this
-result and:its limited range of applicability. The correct
way of devqloping theoretical molecular acoustics would be
calculate the compressibility and hence the velocity of
sOund, rather than to try and find-a. theoretical foundation
for Rao's lavy, However, as is viell i-movm. this is very
difficult and has not a~ yet been done. 8ome attempts have
Card 1/3 been -,~riade ~o calculate Vie velocity of sound directly from

O-OV-46-4-3-1/18
The, Main Problems of Cllonte=porary Molecular Acoustics
raolec~.ilar consid---rations (Refs.6 and 7) but in these attempts
the velocity was obtained not throulgh a solution of the
~7_irietic enuation but by usinG very ai-.)-,)roxiriate models. These
Calculations Five the right order of magnitude for the
velocity of sound but -they are quite useless in providing
inform-ation, on the actual structure of the particular liquid.
Relaxablon theory points to a connection between volume vis-
cosity and irreversible processes leading to equilibrium.
Some viork on this has been done by 11andel'shtam and others
(Rofs,lo' and 17). In the authors! opinion, Frenkel's theory
gives the most corre3t physical picture of the structure of
liquids. Unfortunately, at the present time the mathematical
apparatus of this theory is not sufficiently developed. The
authors consider that a development of Frenkel 'Is theory in
:,cnerai. and its aT-,,plication to the calculation of compress-
Ibi-Liti6s in --oarti-cular, would be )f major value in the
-,-resent context. Among the problems discussed in the present
review is the problem as to whether relaxation processes are
2/3

,~r'V_LJ.6-4-3-1/18
Problo:-!s of llaontemporarj ItIolecular Acoustics
~I
ulle only reason for the existence of volame viscosity. The
authors consider that it is. On the ex-perim~~ntal side it 4 -
U _.~i
pointed out that in many experiments on -11-he absorption of
sound in liquids the intensitj of ultrasonic waves
not talKen into account,, On the other hand, it has been
established (Refs.52-54) that the coefficient of absorpt_i-_,n
Uoes depend on t-he intensity even for relatively low amoli-
tudes. knothenr experimental point is bbat measurements of
absorption of ultrason-ic waves sliould be carried out in a
wider frequency range. There are no figures or table, 57
vefe-ences, of 26 are Soviet,
ASSOCIATION: Lenin-crads'Kiy i--'03Udar3tve_r1myy iniversituet (Leningrad
3tate University)
SUB"JITTEPD: &,_,,~tembor 14, 1957.
1. Acoustics 2. Sound--VelociLy 3. Liquids--Acoustic properties
Card 3/3

AUTHORS: Ifikhaylov, I.G., Syrnikov, Yu 54-1 o.2-0 6
TITLE: The Compressibility of Electrolyte Solutions and the Influence
Fdwrt,dd:. ' by Ions on the Structure ofWater (Szhimayemost'
rastvorov elektrolitov i vliyaniye ionov na struktura vody)
PERIODICAL: Vestnik Leningradskogo Universiteta,Seriya ffilkI i-'kb4-Ti
1958, Vol.1 0., Nr 2 ) pp. 5-14 (USSR)
ABSTRACT: Abundant experimental material concerning the velocity of sound
and the compressibility of electrolyte solutions is at present
available. Much is, however, still unclear and there is a con-
siderable difference in opinions concerning the interpretation
of these data. It is knovm that all anomalies of water are con-
nectea with its structure. A mere study of quality cannot, how-
ever, help to clear up existing contradictory data, and there-
fore a thorough qualitative analysis is necessary. In the present
paper the authors succeeded to find comparatively simple corre-
lations which, basing on one point of view, provide a sufficient
explanation for experiments with solutions as well as experiments
relating to changes caused in water under pressure. Wher~tuaying
Card 1/3 the compressibility of electrolyte solutions 2 effects Tmist be

The Compressibility of Electrolyte Solutions and the 54-1~o_2-1/16
Influence B=rted,. by Ions on the Structure of Water
taken into account: a) The influence exercised by ions on the
structure of water, and b) the presence of an ion lattice in the
solution. When investigating the influence exercised by ions
upon the structure of water it is advisable to distinguish be-
tween 2 effects: a) Hydration, and b) the influence exercised
by ions on the so-called "free Ynxter". The influence exercised
by the ion lattice upon the temperature of the maximum of sound
velocity in the solution was phenomenologically taken into ac-
count by B.B.Kudryavtsev (Ref 9). When setting up the formula for
the temperature of the minimilm of the ocerpressibility of the
solution the presence of the ion lattice was taken into account
according to a similar method. From the correlations obtained it
follows that the influence exercised by ions on the structure of
the "free water" tends t6 shift this minimm into the range of
higher temperatures, i.e. the ions act upon water in the same
manner as pressure. This shifting of the minimum into the domain
of higher temperatures is, above all, due to the structural part
of compressibility. The presence of an ion lattice tends to shift
the minimum into the domain of lower temperatures. As the analysis
Card 213 of the total fonmla for the temperature of the compressibility

The Compressibility of Electrolyte Solutions and the 54-1 c_2-i/i 6
Influence Exerted- by Ions on the Structure of -Jater
minimum of the solutions shows, a decisive part is played in the
case of low concentrations by the first-, and in the case of
medium and high concentrations by the second effect. Herefrom it
may be seen that the aforementioned contradictions can be ex-
plained by the ideas developed in this paper. There are 5 figures,
and 11 references, 7 of which are Soviet.
SMUTTED: December 25, 1957
AVAILABLE: Library of Congress
1. Electroly-tes--Properties-Theory 2. Electrol7tes-Effects
of ions
Card 3/3

KIMYLOV, I.G.; SYRNIKOV P-.,. " ,
Compressibility of electrolyte solution
on the structure of water [with summary
no.10:5-14 158.
(Liqdds, Kinetic theory
(ILeatrolytes)
(water)
and the influence of ions
in ftlishl. rest. IOU 13
(KIRA 11:6)
of)

LUTHOR: Syrnikov, Yu. P. 20-118-4-37/61
TITLE: On the Character of the Interaction Between Anions and
Water Molecules in a Solution
(0 kharaktere vzaimodeystviya anionov s molekulami vody
v rastvore)
PERIODICAL: Doklady Akademii Nauk SSSR, 1958, Vol- 118, Nr 4,
PP- 760-762 (USSR)
ABSTRACT: At the physical faculty of the State University Leningrad
the acoustic properties of solutions of electrolytes are
at present investigated. This work gives additional data
which are necessary for the explanation of some of these
properties. The author her implies the interaction of an
ion with the nearest adjacent watermolecule by the term
hydratation.When a cation is hydrated, the watermolecule
with its electronegative part posses to the cation and the
interaction of the cation with the watermolecules differs
in its character essentially from the binding of the water-
molecules among each other. According to this also the
Card 1/4 structure of the hydrate shell of the cation must differ

On the Character of the Interaction Between Anions and 20-118-4-37/61
Water Molecules in a Solution
from the structure of pure water. quite another case is the
hydration of an anion: The anion represents an electro-
neGative atom or an electronegative atom group and the water-
molecule associates with its electropositive part - with the
nroton. On this occasion immediately several water-
molecule.~~ aBsociate vith the anion and protons combine with
it. The surpius electrons of the anion are distributed on
several protons and the interaction of the anion with the
watermolecules of its hydrate shell has donor-acceptor-
character.An electron partly falls to the share of each
acceptor-proton. Such a binding resembles or equals a
hydrogen binding. The quantitative compution of such an
interaction has great difficulties and therefore the
experimental control of this conception is of interest.
The authors here performed measurings of the infrared ab-
sorption of ion solutions in the range 1,35-1,606L (first
harmonic of the group O-H). These measurements were made
at t he Forestry _Engineering AeadenW (Lesotekhnicheskaya
akademiya) by a non-r-egis-terl'iig-spectrophotometer with a
Card 2/4 glass optical system. The solutions of 8 salts with 4

20-118-4-37/6,
On the Character of the Interaction Between Anions and
Water Molecules in a Solution
different anions were investigated and the results of
the computations are illustrated in diaalrams. In the
ion solutions (even at saturation concentration) the
absorption bands in first approximation are in the same
range as also in the case of pure water, i.e. the mole-
cules which are combined with the anion thus aome into
interaction with it in the same way as the molecules of
water among each other. The energy of this interaction for
several anions differs from the energy of the binding of
the molecules among each other. In a solution of KNO the
absorption band has 2 maxima. After the here discussL
deliberations the here shown ideas on the character of the
interaction of the anion with the watermolecules agree with
the spectroscopic data. Furthermore the structure of the
hydrate shell of the anion seems to resemble the structure
of water itself. From this point of view also the results
by A. Pasynskiy (reference 7) are easy to understand.
There are 4 fiEures, and 7 references, 5 of which are
Soviet.
Card 3/4

20-118-4-37/61
On the Character of the Interaction Between Anions and
Water Molecules in a Solution
ASSOCIATION: Leningradskiy gosudarstvennyy universitet im A. A.
Zhdanova (State University imeni A. A. Zhdanov, Leningrad
Leningradskaya lesotekhnicheskaya Akademiya
(Leningrad Forestry Engineeiring Aeadezw')
PRESENTED:
SUBMITTED:
AVAILABLE:
June 17, 1957, by I. I. Chernyayev, Member, Academy of
Sciences USSR)
June 10, 1957
Library of Congress
Card 4/4