SCIENTIFIC ABSTRACT BARDYSHEV, I. I. - BAREJ, B.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000203610015-3
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 8, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SH
V s 114 R
0 'n of Ab:v, snl-ail-
o 'r,
d. C.
The turpentim. dedr~l from A: Ldi..r
fractionatioti the following tonstitut-nU: d] -I-
di
acetate, sencluktiputis, and high-bjiling camponents (Ar
wiLdentifit~dInatu-m
Iclmu

llellod
,/ "2112~

U
~

1
~ 1. h rC
itnava
oA

iffl
pro)"
1055

1
W
21, EFT 41tm.~ 1
,
..
,
9B5, (19). Abstr,

-
No, 43.342-A thermometric method is
described.

based on the measurement of the temp, of 6ommisa-

tion, polynierisation and partial utherification
reactio
of 1
he is
m
risati
n
oduct
of
(1)

ct-
ns
-
io
r
o
s
pr
and P-pinenes (11) by the action of HSO, in acetic

acid
medium. Of tile three terpene hydrocarlylus

of turpentine,
only I and 11 give a chm-ge of lemp.

uplier the reaction
conditions described. Tile total

amount of heat evolved is
proportional to tile

content of I and 11, The sample soln.
(10 nil) and

a mixture of 100 per cent. acetic acid and 50
per

cent. H,SO, (10: 1 by vol.) (10 nil) are mixed in a

test-tube in a Dewar flask at 25* �- 0-l' C Thu

apparatus i,
kept in a regulated water bath. At

;, st the teall" drops by
0.2" to 0.3, C bewauw of tile

soln, cilect. Increase of
temp. of the reaction.

Af, is calcuRited by wbtracting the
min. temp. from

the max. temp. reached, and then the
cintvllt 0(

I is determint-d by a calibration curve wade
fr~lll

an artificial mixture of pure I dissolved in tut
pentine

BmDpy.er, T-r, -
11-M Which I and It have
Ix-en completely distilled
M. Tho standard deviation in
the determina-
fion of At is �0-13 per cent,,
equiv. to -
!:0,5 per
cent.ofl. The max. temp. is
reached for turpentineg
in 3 to 6 min., and for
disLi)lcd residues in 30 Inin.
The distilled residues are
therefore diluted with
pure I ([:I by wt.). The
described rn~thod given.
a provisional content of 1.
for turpentines contain
11 also, the At of which is
higher. Todeterminethe
actual content of I plus IL
subtract 1-5 per cent.
(experimental 'correction
calculated on a max,
wnttnt of 8 per cent. of 11
fit oil of Pinus sylvesfris)
from the result obtained.
Camphene does not
interfere. C. D. Xorm.-~

M.Shl Chen, i stry
Card 1/1 Pub. 22 18/51
Authors I Bardyahev, I. I.
Title t The presence of p-cym one in soft rosin turpentine
derived from an ordinary
pine (Pinus Silvestria)
Periodical I Dok, AN SSSR 101/2, 263-264, Mar 11, 1955
Abstraot I The discovery of cymene (Ci 1114 ) is soft resin
turpentine obtained from
ordinary pine (Pin's Silve.?r 5) is announced. The origin of the
eymene
in pine resin is e.Nniained. The physico-chemical properties of
the eymene
are tabulated. Seven relerences: 5 USSR, 1 Polish and 1 English
(1935-
1954). Table; graph.
Institution : Central Scientific Research Forest-Chemical
Institute
Presented by: Academcician B. A. Arbuzov, uctober 6, 1954

USSR/Chemical an-! '-T~hcir Appli---P-t-~cn --- 'Wrjr~d
chemistry
-o--~wiucts 7-ellulose azod its manufact,,i-e. Paper,3
Abst ic-1, ial: Referat S"ro, 1957, ~2 7
Authcr: aandys,, Cln~-c:hes: X-n. P..
institutim: A~a~tern,-v of SSIR
T-itle: lar~.h
ser. fiz.-tekhri.
Publicati:-m: AN ITIOSP., Ali &;SR,
Ab!3tract: Tur t 'n c. f -~ am Sf.bexia~-- larch ha.c.
:r,~un-i to contain !--a2~ohfi-
P-
that -is t-'Ine sFume comm-
pirfer~-
porei'l-T, wbizti a.7e fcundl. -tunpeTt--'-e fr-u Daurskaya
larch.
Card 1/1

larth lies..
low"
x
o
h*: ~
q'
2
FT

Fik._Ttkh.
_
-"
ilvallv
Vid. NOR xT
"R
S

from -~w (pit"e. , Th
May to Sco~

*
12.5% tui~tkc
"

w' Sit.-N blL Biw1mir furmel -heated cm a

,
d.!
*
*M
~ k
b t
td
U
t
i

mt-ve
vMter I rempyt
)at
.
o
o on
O
.
o.
and the rc~iW WRAS ww 6QQked for a -wbjle at 165

vnth thtfifid-15 Mini
atjb~luln. H9 to give 767c Yield OU:

the prc~ co - hour (W). Another W,
prepm- was made
-

'
b dissolvinit
:~~_%Cl W-= mJ
's-
ext
c
bo~bate
I (the P ext

.
.
.
rv
.Pg.
p

was, Made by, disic", hate in ~w MI.
40 g. -p-P"
50*
iln
ff th
HO
d
fil
Ai
T Oh
);

-
Man)-
-at
tt
m"
an
e
qW.U
g o
the obi~~td ruixt,lor SO- Wn,~ nwoving wastes
'.
-~.--by.-filtermg,
de=tbug 66-supe-matanC formed when the

vnift. stood at 00'for 8 brs.-j
=d rcm6ving H by

91~= distn at 170', 14 751% M. - "Me M PTCP?t3, were,
=

Of' O
ctc7!s;tks; I acid no.:"149 -and 147.
e fouG*iivj-,

l
vii, 04 ii1d d;051. and

I ti
omtu .04, mw4pM MC DF1
....n v 0.2 afid-0.2i aA.0.03 ifid 0

iti
.18.2 and 17.2. Rndpech. 0 04 and 0.08% for the
: Siff
6
f
l
h
d

m the
uc
Ist and[ 2n
r
pTtpn.,
m

M pgas. Wy by its~jxcatir a6d and Its
Intl

_777M

BARDYSHEV, I.I., professor.
Prospects of broadening the raw material sup-ply
for rosin and
turpentine production. Gidroliz.i lesokhIm.prom. 9
no-5:24-25
156. (MLRk 9:11)
1. Belorueskiy lesotakhnicheekly institut.
(Turpentine) (Gums and resins)

.1 USSR/Cr-h-emical T~chrology Chenical Products: wid
Th-=-it 1-9
Application~ WOOd U~-'~~MiStT-y PT-OdUCt.-,.
Kyd-~OlysiS T-ndUStry
Abs Jour R,-~f ab,,,,z~ - Yhimi-va, 9-, 1, c-664
Au.'Itror I.T.
Ins t Academ, of Sciences Bi~lorussipn SSR
Title Isoiation of Abietic Acid from a Mixtuxe of
Isomerized
R;,5ir- Acids of that OleorRsin of Cowwrt Spruce.
Orig Pub P;,v- AN BSSR, Ser. fiz.,-tekhn. n., 1957,
No 1., 23-2-7
Abstract Abiptic acid (1) has br-.P-q isolatc-d in 9,
aufficiently- high
dleE,-,,er- of purity by recrystallization of
bornylamine abie-
tate. The latter was obtained from isomerized resin
acids
of sD-r.-uce. ol,-orosin.'Et iA shoim that pure
preparatic'ns
of T &~-,e most cor.,.veniently stored in the form of
bornyla-
nine salt. I kept in the form of this salt for 15
year.,3
did not, ch"-ge its initial propertiea. A study has
been
Card 1/2

, USSR/Clhemical. Tec~,-nology - Oie-mical Products
and Their I-q
Application. Wood Clipinistry Products. Hydroiysis
Industry
Abs jour : -Ref amr -, Khi-Tniva, No 1, 1958, 2664
nadfm of tbe ultravioiel-, absorption spectrim of
bornylamine
abietate, and thH spectrumof abietic acid was
confirmed.
Card 2/2

BAUTS111311, I.I.,prof.
Development of rosin and turpentine production In
tho U.S.S.F.
Sbor.nauch.trud.BLTJ no.10:112-122 '57. (MIRA
11:12)
'kTurpentine industry)

a. and I'j
M

-
Cl~ MuTii

'51
VA; A-2, MO.- wft(1 W

~A
)514 ucids, Coovat
ps~lly ~Avr.CrY3 v ed to Na

boac acid yi*ed fractio
2 w of azids with
'

-qlp- -snd -030j
*~...Thelattexftat-tlon with maleic

"My4dar gave a ressidue of r"n
a6d5i iwkh ~xjn 52% cqn-

y4iodta AtANH satts Which on ftetioual crystu.
from ItIc'.

Ilu Al"

-,'002i 1,46:172* A~W i af ibt ucid.m. 177.E-O'i'

lb"';~Wxiued same ff-anion vrit
hout PrC4-

ut -A-
ufttmt Oth IaAltii~ anhydride, nierely by.fract-km4

-the OabFetic acid,
the pure sot of ne

211

IL 6-SK.
Avk~

PA T-
jLUTHORS: Bardyshev, I. I., arid Cherches, ~Lh. 2c)-6-18/42
TITLE: Dehydroabietic Acid and Palustric Acid, as components
of the
Spruce Resin From Picea excelsa Link (De.idroabiyetinovaya i
palyustrovaya kisloty-sostavnyye chasti 7hivitsy yeli
obyknovennoy
(Picea exceisa Link)).
PERIODICAL: Doklady AN' SSSRj 1957, '4o1- 116, Nx 6, Pp-
959-90"o (USSR).
ABSTRACT: Hitherto levupinar-, dextro-pinar (Ilpimarovayall)
and 0(- -sapin-acid
have been found (reference 1) within the acid component of the
sprun
ce resin (Picea excelsa), whilst the existence of abietic acid
has
been mentioned first 7nly-just (reference 2). In the submitted
in=
vestigation it has been proved that the dehydroabietic acid
and the
palustric acid also exist in the resin of this tree. The
latter acid
has been observed in the resin of the pitch pine (Pi-nus
palustris)
and of the pine (Pinus silvestris), whilst the dehydroabietic
-j'c--)d
has been observed in the pit-FF -pine (references 3-5).
Experimental part: The resin has been obtained in Belorussia
from
the standing-TE-o-ek of pine-voods and the resin acids have
been ol'=
tained from fresh resin by crystall!-,~ation out of alcohol.
The isr)=
lation. methods, exploitation and coofficients of the specific
ab=
Card 1/2 sorption of both acids mentioned in the title
(figures 1 and 2) af=

Dehydroabietic Anid and Palustric Acid, as Components of
the 20-6-18//~42
Spruce Resin From Picea excelsa Link.
ter the reaction with an(l witholit naleic aldehyde are
rec,-rzled.
There are 2 figures, and 5 re-forances, 3 of wnich are
31avic.
ASSOCIATION: Institute for Chemistry -"Olor~lsslaTi SSR
(Iv,-,t,ltilt khinii
Akademii nauk
FRH;SENT7q'. June 7, 15~57, 1'~ E. A. Aca6er 1-c-lan.
SUBMITTED: June 2. 1957-
AVAIIIA-7LE! Library of ConL;ress.
Card 212

-4'TCh(!7 T
C, 11
o "o
0 t iye
0-"
C,
:~ds
e
t3:.-
On t
o. a!
+ ant
c,
t
re
L - -I " t t
02.r, In
cac!-.
Of 4-

L
1 t ab I t~ a:~ die e e c
~;' 'C," T7 C~:
~Or Fos Si 1 -lie! S
I~aye.7yl:h and
Vte il-
'je,nj 4rOV
~-ti '6t I: c, v a
i T D
7 --,' Of Coi--re-s
T d'
1. Terpenes-Spectra 2. Hydrocarbons--Spectra 3. Terpenic
hydrocarbons-Spectra 4. Terpenic hydrocarbons-Exchange
reactions
C ai,d ~1112

BAR-DYS19V I.I.- CHERCHESs Kh.A.; Yfi3lYSHITYY, A.A.;
KOLOSKO, S.I.;
ye.
Commercial production of colophony from spruce oleoresin.
Gidroliz. i lesokhim. prom. 11 no.1:22-23 15P. (MIRA 11:2)
l.Institut khimii AN BSSR (for Bardyshev, Cherches)
2.Borisovskiy
lesokhimicheskiy zavod (for Kamyshnyy) 3.Upravleniye lesnoy
promyshlennosti Belorus8kogo 6ovnarkhoza (for Kolosko)
4.Dobrushskaya
bumaztinaya fabrika kfor Volkova). . .
(Gums and resins)
(Spruce)

SOKOLOV, jL.G,;_ BP.RDYSHSV, I.I.
Composition of the acid part of colophony from olooresin
of the
Scotch pitie. Giclroliz. i lenokhlm. prom. 11 no.2:5-7 '58.
(MIRA 11:3)
1. Mentrallnyy nauchno-iseledovatellskiy losokhimicheak-iy
institut.
(Tar acide-Analysis) (OleorHains-Analysin)

A
AUTHORS: Bardyshev, I. I., Kokhomskaya, V. V. -17 2 -5 7/ C 4
THLE: Resinic Acids Smolyanyye kisloty). I. Oil t`le !;ature
01, U
-SaDinic Acid ~I. 0 prirode a-sapinovoy kisloty).
PERIODICAL: Zhurnal Obshchey Khimii, 1958, Vol. 28, Nr 2,
p-:). ("ISSR)
ABSTRACT: The a-sapinic acid was first isolate6 fro:.: pinus
UI (ref . 1 The works by V. Krest -
"ill by Dur)ontg- Dubour-
inskiy et al.(ref.5), V. 'IT. Akulovich (ref. 6), D. V.
Tishchen-
ko et al. (ref- 7) and B. A. Arbazov (ref.. 0) dealt -;;ithl
the
first investigations of their stractural formulae and -proper-
the majority of ' u ors
ties. It could be concluded that Lh~ a th
reLard u-sapinic acid to be a sini-rle compourd. The present
vestigations, 'liowever, proved that these hpotheses were
wror[6
nic acia is a nixture of levo-p-ii-aaric acid,
ai-d that a-sapi
palustrinic acid, neo-abictic. acid, abietic acid, and dextro
pi.naric acid. The individual compounds were i~,clated bv =ad-
ual treatment with borny! amine, ,boric acid o--,,
(:iet`,.y1a--1ine and
fractional crystallization. Jltraviolet abz;cr:~t:~jn 6-uectra
%,.-ere
v id ua
recorded anc! the various specific data of " 1 acids
were statec. The oalustrinic acid was fcr -.he first
timie. There are C-1, -;;1lich
J' i~yures1 tal)lo, 1 I*k'-'
Ga-1;4~ are Slavic.

T L Resinic Acids (Smolytanjye kisicity').
II. On the Nature of r-S,ipinic Acid (11. 0 prirc.le
P-sa,)inovoy kisloty).
PERIO'DICAL:
Zhurnal Olishchey Khimii, 1,~58, Vol. 28,

(USSR)
A3S-iRACT:
Aocordinfl, to Dupont (ref. 1) the resin of pinus
',-,jr4 t

L"ill consists of the follo,,.,ing acids- Lx-sauinic
acid

~i-3apinic adid (21 levo pimaric acid (21 and t r 0

:)riMaric acid Krcstinskiy ~ref. 2)

OVO -id f70 dextro acid
ac4 d
(55 c

0 -L
i, '/

10 and ~-sapinic ac-i 5 in pimi,-,

Neither the
-,tr1-2ctur:il form"IL. '101, tale -)roblem of

of ~')-sapinic
acid could be oolved. The proz,,,2nt

that 3-sapinic acJd
obtniini-,ci b.~ K
r e o ns r: 3., -

of 60/~j lk~vo PrInaric aci af~ ;*;,~I'-~ as
o -f n e o - a,~ - e c

;Ibi~"tie acid. Tlif'rt~ ~1"- ol ~'.n

admixture of smal I ~IUD 1, 1. 1 C I #-~ 3 Of otlw r r,~ c

isoll--tioz~ of th-~ above a-cids .ja~ cur-v-j out b~'; (jf
Card 112
-
diiath
-- or ma
1:iin-
'-~ic de
amin,
borl c ic Id
l

1
-
-
-
..
y
,

Resinic AcIds.
On the of
llcid
AS 13 C C 1,.',
A V it I LA.' L il-I
,aIc,c,,0r"'nL t0 tilc' usual !,-,e thod:,_ DIt
a'~d ultr,jv~olLt
"tion S"'ect
S C d t e k2 it
r
dre fi6u-res, und 4
lr,'elOrlis~~iar, SSR (T1~3"i tur, khjL',,:jjj
ikader:_Ji riciuk Bellor"':-'skov SSR).
Jaru~;ry 14, 1.-~
57
-he
a r d 2

,I, , I, I .1 -1 -
,,~ I,,
BA-RDYSFW, I.I.; CFMRCHES, Kh.A.; UTMOVA, L.I.
New synthesis of levopirviric acid from a mixture of resinous
acids.
Zhur. prikl. khim. 31 no.3:512-514 Mr '-', 8 . (ITIRA 11:4)
(Levopimaric acid) (Gums and rosins)

IIAR,Dyq;T,~ I . .,
E .. -IV I I - ClUIRCTIMS. Kh.A.
Resin acldq of CrInpan pinn roiinu (Ptimn
pallnsian!~ Ln-b.).
Zhur. p:ikl. Ichim. 31 no.?:1122-1124 Jl '58.
(1,41111, 11:9)
(Rnsin acids)

RARDTMV, I.I.; CHERCHES, Kh.A.
Neoabietic acid-- primary.acid of an ordinar7 pine soft
resin (Picea
Excelsa Link.). 7-hur. prikl. khim. 31 no.8:1276-127?
Ag '58.
(MIRA 11- 10)
l.Inatitut khimii AN BSSR.
(Gums and resins) (Nembietic acid)

B.ARDYSIMV, I.I.; ROMAN, L.V.
In7estigation of the composition of tuxpentine and
propertiee of
rosin from the resin of the pine (Pinus pitlivusa
var-Stankewiczii
Suk., Pinus stankevriczii Fom.). Zhur.prikl.ldiim. 31
no.11:1762-1-65
11 IDIB. (MIRA 12:2)
1. Beloruaskiy lesoteldinicheskiy jn~-,tjtjjt imel,.i
S.r. Kirova.
(Gusm and resins) ( Turpentine)

o r, i fn-i i-c j 6 . I!. (.' On! 1- 11 . [I C,
o a! J t:L'. i u vr I, oo P, ~l ff,
Rt.-mrollen 11 P: v ny I I I kI zi v I I
'l.v r
i 'T i ('P cir-.mi i n!j uk .7o 1,
T P., out nl-T hkaii~'L~v
I.b'-'Zov t :ef ori thp
I V-- "w werc, I
i I', ihav(i hitherto oeen
of thc -,ic:,d part u*' t,.,-
1. j and J cea excelsa turnr-d- out t-, T~ 7
m7 xt,-j!-e. oi' acid's 1~ i !~f- v., r T- 1 1
t4 a c 1 4 m, !;tioyied n thr ti t 1 7 q
t ]-jIII ac i ri (1111) M(~I-ely -3,
~,v? I,.,, I i~I rn n S S. 21 7
':Qn4 ~1-` t ile U i f ,I;, - h 11

I' y~

Ile I t"! I

r.-
--n SSR)

ov

r: f..

Acids-sou--ces
2- Acids-Sepp-ration 3. Tfnus
ai a

.BARDYSHEV, I.I.; YEFIMEITKO, V-I-
Isomerization of terpenes in the presence of resin
acids.
Isomerization transformations of 3-carene. Doi-!.
ALI BSSR 3
no.4:150-153 Ap '59. (MA 12:10)
l.Predstavlano akademikom All BSSR B.V. Yerofeyevy-r.
(Carene) (Isomerization)

BARDYSfflj'V, I.I.; OSIPEITKO, I.F.
Composition of bydrolytic turpentine. Gidroliz.i
lerck-him.prom. 1-2
no.2*9-11 159. (MIRA 12:3)
1. Belorusakiy lesotekhnicbeskiy institut.
(Turpentine)

BARDYSIIIEV, I.1,; UKHOVA, L.I.
Resin acids of the oleore5in of the Siberian larch.
Sbor. nauch,
rab. Inste fiz,-org, khim, AN BSSR no, 7189-95 159,
(1,11IRA 14:4)
(Resin acids) (Larch)

BARDYSHEV, -I_.-I.; CHERCIES, Kh.A.
Chemical composition of the essential oil of the
co=.cn spi-ace.
Sbor. nauch. rab. Inst. fiz.-org. khim. AN B6SR no.
7:96-102 159.
(MIRA 14W
(Essences and essential oils) (Spruce)

Wi,RDY~;HBV, I.I.; YlFI!,lElTKO., V.I.
Isonerization conversiona of terpenes in the
presence of resin
acids. Isomerizatim conversions ofig-Pinene. Sbor.
naucb.
rab. Inst. fiz.-org. khi-m. AN BSSR no. 7:168-191
'5~~.
(1XIE!, 14:4)
(Pinene)

7(~), 5(4), 24(7) C 7/4 2
OTHORS: Borisevich, N. A., Makarevich, 11. 1., Prima,,
Dardyshev, I. I., Cherches, Ye. A.
TITLE': Iaontification of Renin Acicl,-, bz~ Means of 'Neir
Snectra
PE-3 10 D I C A LIzvostiya Akademni.' nauk SSSR. Seriya
fizzicheskaya,
Vol 23, Nr 10, pp 1219-1,221 (USSR)
A 3 SR A C -7 Coniferous resins, which essentially contain
terpene
carbons and resin acids, have many industrial uses. thu
chemical analysis and the separation of the individLial
--u--'ds
causes considerable difficulties in a mixture 0-1 pure resin
acids, the infrared spectroscopic analysis of these substancDz
is of particularly great importancee Hitherto, however, not
many resin acids have been investigated in this way. In
'51114-i
present paper the authors give the results obtained 1;y 11-1
vestig~iting four such ressin acids, the structural formulas
Mentioned: abiet~c acid (I), levopimaric acid ('I'A
pimaric acia- (III), and dehydrcabietic acid (IV). Solutions
of these acids in CC1 4 as well as pressed sa-mples of acid +
Card 112 potisssium bromide were investigated by means of a

SO-1/4 a - 23 -10-18,/319
!do -'t i cat i or -of Resin Acids by Means of '11heir
Infrared Spectra
spectrometer. The spectra of the solution and the pressed
sajnpIE:
Show Practically no difference whatever. The spectra obtained
Sno-~,,n by four diagrams. Their particular features are
cussed. '17ithin the ranUe of the valence oscillations of the
Croups CH, CH , and CH, tile spectra of I, II, and IV are very
2
similar, and only III deviates, which is due to the existence
of the group -CH=CH 29 The frequency of the bands
corresponding
to the groups C--O and COH (1685 and 1262 cm- 1) depends only
to a small extent on the structure of the remaining acid
molecule; the intensity of those bands, however, differs con-
siderably according to the individual acids. Within the range
s 0 U
of the double bond C=C a band was found at 1544 Cr:1-1 in I,
II,
and IV, and one was found in III at 1631 cm-1 as well as one
- 1. (1502 cm-1), which is character-
at 1400 cm In IV the band
istic of the benzene ring, was found, A number of intense
bands was also fovnd in the range 800-1100 cm-1: 893 (T),
1007 and 10244 (11), 821 (IV) and 0,05 cm-l(!I!). There are
Card 2/2 1 f-iCure and 1 Soviet reference.

BAIRDYSHEV, I.I.; CHIRCIMS* Kh..A.; KUVTMTD-jXO.
Z.YU.; KOKHOSKAYA, Zh.F.
Chromatographic analysis of resin acids in crude
turpentine from
Scotch pine (Finus s ilves tris L. ). Dokl.AIT BSSR 4
no.10:421-!123
16o. (MIRA 13:9)
1. Institut fiziko-organinheskoy khimii AIT 3SSR.
(Resin acids)

S/O&D/60/033/04/23/045
A,~THORS BAIdIaLev,_ L.I., Cherches, Kh.A., Kokhanskaya, Zh.F.
TITLE- On the Nature of Resin Acids and the Properties of Colophony
From Soft
Resin of Pinus Massoniana
PRRIODXAL~ Zhurnal prikla&ioy khimii, 1960, Vol 33, Nr 11, pp 884 -
890
TE_X'T ~ The chemical composition of the resin acids of Pinus
Massiniana growing
in China was investiF;ated.' n. the production of colophony and
turpentine materials
,china hold the third plaloe behind the USA and the USSR. Pinus
Massoniara is the main
source of these materials, The analysis has shown that the soft
resin --ontained 1&p'
of turpentine, 9%, of n5utral oils which are distilled very
difficultly with live steam,
73% of acidic fractions and insignificant quantities of dirt and
water, The following
resin acids were discovered: levopimaric 22%, abietic 2C%,
reoabietic and "paiyustrovaya"
25%, dextropimaric 20%, dehydro- and dihydroabietic 3 - 4% and 9 -
1N, fatty acids. The
physico-chemical characteristics are shown in a table. The
properties of a laboratory
SaMPle Of C01ODhony correspond to the requirements of the State
Standard for high-quality
colophony from soft resin. Thanks are expressed. to the head of the
department of
,.ard 1/2

S/080/60/033/04/23/045
On the Nature of Resin Acids and the Properties of Colophony From
Soft Resin of Pinus
Massoniana
chemistry of the Pekinskiy lesnoy institut (Feking Wood
Institute)for supplying soft
resin for investigation.
There are: 7 graphs, 2 tables and 22 references, 20 of which are
Soviet and 2 American.
ASSOCIATION-. Institut fiziko-organicheskoy khimii All BSSR
(Institute of Physical-
Organic Chemistry of the AS BSSR)
SUMITTED: June 5, 1959
Card 2/2

CHERCHES, a.A~; B.AITYSHEV, I.I.; TKACHENKO, O.T.
Resin acids of the oleoresin of the spruce Ficea
ajanensia Fisch,
Zhur.prikl.khim. 33 no.10:23811-2384 0 '-60. OMIRA
14.- 5)
(Resin acids) (Spruce)

RUDAKOV, Geurgiy Alekoandrovich; BARDYSH,:V, I.I.t red.;
UIV.-UCH, Yo.D.,
red. izd-va; GRECHISHMEVA, V.I., tokhn. red,
(Chemistn- and technoloED, of camphor] Khiriia i
tek~x-ologiia kai~.-
fary. Moskva, Goslesbumizdat, 1061. 223 P. (MIRA 15: 1)
1. Chlen-korrespondent Alademii. nauk Belorussloy SS-.,L
(for Ba-rdyshev).
(CANTHOR)

4ARDYSHEV. I.I.: SKRIGAN, A.I.; ROMAN, L.V.;
KOSTIYAEPVA; S.S.
. I
Chemical composition of dry-distilled turpentine
obtained from pirf--
stumpo which remained in peat de sits for a thousand
years. Zhur.
prikl. khim. 3.4 no.2-1440-445 F IM (MIRA 14;2)
1. Belorusskiy loootelchnicheskiy institut imeni
S.H.Kirova i
Institut fiziko-brganicheskoy khimii AN BSSR.
(Turpentine)

BAIRDYSHEV, I.!.; CHERCHIES, Kh.A.;
Nature of tar acids from resins of the Siberian
pine *(Pinzzs
sibirica Rupr. ~tqyr.). ZlnLr. prilcl. khiTq.
32, no.5:1147-1151
0 (Milk 1(")ILLI)
I'tr I / I.
1. Institut fiziko-organicheEkov khim-ii Ul
BSSR.
(Tar acids) (Fine)

BARDYSHEV, I.I.; TKACHENKO, O.T.; CHERCHES, Kh.A.
Resin acids. Part 4: ChemlenL*L composition of resin
obtained
from pine (Pinus silvestris) oleoresin. Zhur.ob.khim. 32
no.3:999-1001 Mr 162. OAIRA 15:3)
1. Institut fiziko-organichesicoy khimii Al~ Belorusskoy
SSR.
(Resin acids)

CHERCHES, Kh.A.; BAUYS~R,_.I.I.; REKUIICVA, E.A.
Chemical composition of ethereal oil from common pine
(P:Lnus
silvestris). Zhur.prikl.khim. 35 no.1:209-212 Ja 162.
OdRA 15:1)
1. Institut fiziko-organicheskoy kbimii AN BSSR.
(Essences and essential oils)

PIdMA, A.M.; MAKARaIGII, II.I.; CILAZHE.'), Kh.A.;
WihDYSHEV, I.I.
Study of the molecular association of resin acids
by infared
spectroscopy methods. Izv. AN SSS14Ser.fiz. 26
no.10.-1313-1316
0 162. (MIRA 15-10)
1. Institut fiziki A14 B36R i Ins-Litut
fiziko-or6anicheskoy
khimii A14
(Resin acids -,Spectra) O-Soleculza, association)

PRIMAY A.M.; MAKAREVICH, N.I,;, BARDYSFI?V, I-I-;
CHERCHES, Kh.A.
Infrared spectra of resin acids. Zhur. fiz. khim. 36
no-3:620-
624 Mr 162. (MIRA -17:8)
1. Institut fiziki AN BSSH i Institut
fiziko-organicheskay khimii
AN BSSH.

1, A 'ZBFV , M.Yfl- i HARDYSIFV, I -I -
u u I u n-- I'-:
St an, D7 11
,~Fnite resin for 'he cable industry(- dartizatsiia
,6-) (..SrRA 17:4)
31-34 D

BARDYSHEV, I.i.; TKACHENTKO, O.T.
Isomerization of tar acid!3 oleor-iins in the proJucUun
c.", rel;,~FISI.
Gidroliz. i lesokhim.prom. 16 no.,8:6-9 '63. 1-fl.)
1. Distitut, kbindi AN

BARDYSHEV, I. I.; Gli I,,' R I,' I KI, jj,
18 no.7
89 5- S< J 1. '("3.
-:1-J C" SL! Cl WO 0
f f-*.~~, ~jL
Byelo - -1 "s, 0 ian

BARDYSTIrV, I.I. [Bardyshau, I.I.]; CIUIhGii~~S, Kh.A.
[Cherchas, Kh.A.1;
MEYARSON, L.A.
Resin acids. Vastsi AN B,3SR.Sor.fiz.--tok4.nnv.
no.1:46-63 '62.
(MIRA 16:1?)
Otesin acids)

B.ARDY SIT-0. V, i , 1 , , I,-,F!.,-tPNKO, V.i ~ ,A,
F, ; N All 1,DV A, 11, 1.
~'r
I )n t. i ni i ou s, e s tp r L f icg t i o n of r
os: r ~Gidroliz, J Insokhim,prorrl,
17 P. i ,, 2 1 '64 . (1,URA 17-41'
I.. In.Aitiit. fizt--heskoy i orpuni-,Ynskoy khimii,
AN Reloruqsko"v S311
(for Bardyshev). 2. Kiy,~vskiy IeFokhimicheskiy
kombinat (-for
Yefimenko, Frilane., Nawm3wi).

BAHDYS,1!:.`,r, I.I.; KOU'A!,l'S-'K-,',.YA,
lT.3R("VN-!T-'~,KAYA, G.~.-.- ".111.1 'El" I.., "', !
.1 s,)iv, r -1 -. a t i on c., ZI 3_ca rene to
i,~;oljmonenf,,. :71T~r. c6. ki,.J~~. 3,'
L . - - ..
nc-9:31,~0-3124 Q lUt. ( , , " :., " I,-?. ~ -, "
1 - !I'-- Litut f izikc-organi che sr-,o T lkhimii
All" Be lorus -skoy -337..

BARDYSHEV !.I.; CHERCHES, Kh.A.;~ AKINCHITS, Ye.A.;
BtILGPKOV, A.N.
- , ~j y
Quantitative composition cf th~-: tar acids ol" rine
and fir oleoresin.
Gldra2iz. i 2esokhim. .18 nc).2:~].C-ll 165.
(KIE-4 18',5)
1. Institut fiziko-organlche.-koy- khimii .414 ILSSR.

I i
: . : i .. I - , . I ;, - - , " ,
. . .11

mmiu-!~Ov, E.N.
$ p
Nav,ire of hydrocarlx-)ns obtained in th(i ch-avai-e
of f:-CTr,
-, qjj,
I, . ~ 63--carere hydrochloride,,- Zhui . Dr~!.
kh--m. 1. no.s.
1426-1430 Ag 16~. 18:111.)
1. Institut fiziko-organicheskoy khiniii AN
Eielor~:sss'.,-ccy SSR.

i I ; , : .1 t
I I
.,! I :, , I c

BAFUDY'AFT,
I.I.; flUJ.5AKGV, A.;"'.; ~LIE:,,~7i"', 11
orl ticri of ro,,71n ot It; or cilc-oi o riin
nrur:~ It!!
'38
')1,-2 i1)2N
16, 10'

L 2452o-66 EwT(l)
ACC NR- AP6009527
JK
(N) SOURCE CODE: UR/04-13/66/000/005/0049/0049
INVENTOR: ,agrdv
M.-,,A.; Phint, -A,-.A.;
D'.;
ORG: none
'T-
Method of stabilization of sticky material [announced by the
Institute of..,.Phyeical An4 0 #91c Chemiatr - AN _R
r y --D;35 - (Institut fiziko-
~_i~_~nicheskoy khimii AN B89-R .-N 407
jj __C1a0-__22, 0. .179
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki,
no. 5, 1966, 49
TOPIC TAGS: insect control, stabilization
ABSTRACT: An Author Certificate has been issued for a method of
stabilizing sticky material containing colophony for Insect
coy-ttrQ1.
To Increase the stability of the material, the
colopho_ny-_Tii_`m6difted
at 170 to 300C with 0.5--2% zinc chloride. NT]
SUB
CODE:
11., OT/
SUBM DATE: 22Jan65/
Card
1/1
1DL r,
UDC:
'547.914.2-171:632-952

)IEIU,',OU, NKOI N. F. y akademik; BARDYSIFEV . I. I.
M.V. Lomonosov, eminent Russian scientist.
Inz.-'Liz. zhur.
4 no.12:4-10 D 161. 1411)
1. Akademiya nauk BSSR (for Yermolenko). 2.
Ch3en-ko%Tespondent
All MSR (for Bardyshev).
(Lomonosov, Mikhail Vasillevich, 17111-17464"

ACC NR: A?7000968 soum CODE: uR/o416/66/0DO/0l2/oo85/0O87
AUTHOR: Filatov, A. (Engineer); Tetter, V. (Engineer, Lieutenant
colonel);
Bardyshey, 0. (Engineer, Captain)
ORG. none
TITLE: T.--ucks for combined operating modes (Trucks equipped to
operate from
rails or iinpaved roads]
SOURCE: Ty! i snabzheniye sovetskikh voorushenny)-h sil, no. 12,
1966, 55-87
.POPIC TAGS: special purpose truck, motor vehicle, railway
construction, railway
transportt~tion, railway engineering
ABSTRACT: This article states that for the fast restoration of
rail service, railway,
cCmstruction and maintenance troops are supplied with modern
equipm-ent, such as
trucks and truck-cranes capable of operating on unpaved roads and
on rails.
Speciplly designed equipment makes. it possible to quickly adapt
vehicles
for operation on railroads of any gauge. The K-162, K-104, and
K-52 trucl,.-cranies
Card 112

ACC NR, AP*(00090'8
Table. 1. Truck and truck-crane meratina chracteristicL;

Tru As

Truck-ercuies

Characteristics

V

K-52
-K-lo4

Load (, ~tpa city, ton

on uiipavcd roads . . .
0.4
0.55
1.65
12.0
12.0

on rails . . . . . . .
0.5
0.75
2.0
i2,0
12.0
1

Speed on
rails, km/hr
6o
6o
50
140
45
30
35
We i 6
!ht of mcluited eqi6jrkA-,k

167
180
270
1000
1000
1360
165o

la _jiLu,,,i weiLf;htoC tn-~n, ton
x

on station tracks . . .

-120
h5c)
6oo

on a run with a grade

Up t 0
8 . . . . . . .

60
275
450

handle different types of w *ork and can operate from unpaved
roads and from rails.
A table is given which lists the operating characteristica of
various trucks and
track-cranes under different condition5 (see Table 1). Orig.
art. haB: 3 figures
and 1 table. (WS)
SUB CODE: 13/ SUBIM DIME: -none/ ATD PRESS: 5109
Card 2 /2
i- __

BAIRIESPEVI O.A.
~I,acl-Qjzdzzation of the workinrl, or slope..
A%,t.dor. .28
no.8:19-20 A,z,- '65. 118:11)

BI-RDYSHE-V, - PA .-,,-:Ln zh.
I%:-
Increasing the reliability of tiie E-652 excavator.
11.k2kh. stroi.
20 no.4:10' Ap 163. (MIRA 16:3)
(&cavating machinery)

IiAhj,~YSHF%lp O.A.,, in7-h.
(~)era tin g se I fr-p-roped` I ~.:! I !--.c I' ~" P
~~rfq On h~--av-,r vr-),,.lrid . Ile hh.
stroi. 20 no~QJ()- 20 S ~,A, (Ilml 10" -.10)

RARDYSHEV. Ye.., inzh.
Fortablo hydrometer made in the German Democratic
Republic.
Muk.-elev, promo 24 no.7:31 JI '58. (MIRA 11:10)
(Hydrometer)

T ish --n: an ND~~,)va, lh-:~ c~) -D:: D~~ t :~-l D~
m :r:,,x fell
obt
IP !I'S I ar" O-t~ai 1., 1,,-, te
little '~nD-..m u- to no,~,, ab-),.,"
_~4 43. in t -mro f:) :nJ ;Dl-, 3 'at,-- :i.-*,,.Is an' girl%
t
re
~D: 11,11ni -,)f A~7: jl-_~ -I N3,3-,L) 21,

1 t .1 7
Oi
'T'n
iazv.

V.
ol ,--caronr in '-h- ~ rn, jitin oi' co:n~ i c
Li 0
li C h U 3 3 3 895-9'1~ C'J
p--op 1-1A. c r,.: --I-. p! z 1"c
C--T,'% Ttu-n-:Ainc~
1-~.- -10
tu n
-1,70-170.7' '-,.,7-')
;5,
12 Dn- - it"

USSR/Che-;n~istry - Turpentine
Oct 52
and Comvosi~~.on of Tur-jentine Fron.
the Gr,=ear. Pine," 1. Bardyshev and K.
Bardysheva,
Cen Sc'--Res Inst of Wcod ChIM
Zhur Frik Kbizi, Vol 2~5, No 10, PP 1-095-1098
Whille ~t-,idyin7 the prcperties of
turpentine from a
large n,,="ber of trees of Pinus Palasiana
Damb, it
was esta~olished that the properties of the
turpen-
tine vary noticeably fro- tree to t1ree. It
was demon-
,,trated that "urp--ntine collected froma
lar~,,enumlber of
trees of `~inuo Palasiana Lamb gro-.mr in the
Dneper
area cons,_sted ba-zically of alpha-viriene
and also
263T51
LIJ
C.C!Dtq 3 2ar.-.phen,~, bet-a-Direne.
beta-r*r-~:ene.
r,_~Y-~.-n compds, and ot-her higb-
263T~; t-

USSR/Chemistry - Turpentine Nov 52
"Composition of Turpentine From the
Austrian
Pine (Pinus Austriaca, Ho"ss, P. Laricio
Ausrtiaca, P. Nigra Llr.)" 1. Bardy;3hcv,
K. Bardysheva., Cen Sci ges Wood Chozm
Inst
"Zhur Prik nim" Vol 25, Ro 11, pp
1231-1233
While investigating -rhe composition and
properties of turpentine from the Austrian
pine grown in the USSR, it was established
that this turDentine contained
alpha-pinene,
236T7
camphene, zr*,rcene, and limonene. It was
demonstrated that the properties of the
turpentine varied from tree -to tree.
236T7
31K

BAROYSION4,
* -
Datortaining tarpone alcohols In a pino flotation
oil by the
dehydration meth(A. Gidroliz. i lesolihim.prom. 12
no.1:11-12
159. (MIRA 12:2)
1. Belorusskiy grosudarstvemyy institut narodnogo
khozyayi3tva
ir.L. V.V.KuZfbysheva.'
(Alcohols) (Termenes)

KALI-'>IIVSiJ~YA, ARDYSaVA, Ye.A.
~)f the veuetative nervous system in reflex humoral
regula-
L-ion, -)f z-he ,~h-%Siolorioa-l anticoaeulatiiWy
syntem in frogs. Biul.
i Ined. 55 no.1.0-6 Ja'63. (MLI -16:7)
1~ 17. laboratorii fiziologii i biokhimii
svertyvani)ra Irrovi i
ka.fedr~,, fizio2oCji zhivotnylch
biolo,z-,-pchvewioVo faladiteta
Okov,-r'-.o;,-o gosudarstveiLno:-.o universiteta.
(Ruk-ovoditeli -
prof, B.A.YaOrya-shov i prof. M.G.Udeltnov)
Predstavlena deystvi-
tellnym chlenom AM4 SSSR S.Ye. Severinym.
(.1I:E-RVC)'jS SYSTLN, AUTOINIORIC) (FROGS)

,--'CS-SR/Morphology of Man and Animals - (Normal and
Pathologic) S-5
Pathologic Anatomy.
Abs Jour : Ref Zhur - Biol., No 3~ 1958, 12483
Author : 'Nechayevskaya, M.P., Denisova, N.Ya., Segal',
M.S.,
Bardyug, P.A.
Inst :
Title : Experimental Changes in the Tissues and organs
caused by
Cl. sordelii
Orig Pub : Sb. tr. Dw 'kovsk. n.-i. in-ta vaktsin i
syvorotok, 1955,
21, "3-"6
Abstract : A study was made of the organs of 32 guinea
pigs that died
2-3 days after an intravenous injection of a Cl.sordellii
culture. There was a glassy edema in a section of the
paw.
The muscles vere flabby and could be easily torn. A
micr6s-
copic study of soft tissues from the thigh at the site of
injection revealed a gas phlegmon. Among the viscera, the
most essential changes occured in the cardiac muscle and
Card 1/2

T
p
IT
T'd-9.d.1
To .TV
N;_ ku"
T V,
14 rA

..AIR . . . . .1101.1 C.Op
pj

I zl- -4,10-Cl
-41. -1

..Tq.-d

q,P,6 N

HZ~fj .41
-41

'F4 T-lVV-'
-ao
"'
j

d.j
:
X
-U1 1. Q 0
i

p1.4 Z4d.,W

f

STIU-t-
. -.1 1 ."1 j.R
L~

s -xT..q-v X~ ST;-21

)/&;P(v)/ /51P(R)/3,.T(h)/
L 260-66 94T(cl)/f7~qp(e)/LWT('m)/EPF(c)/EWP(I)/ETC/DIG(m - T It
4/6~ _6~/6_(F5j_ -_ - '__~
%CC _NR, j&5--02-59-97 SOURCE CODE. 029 /0 OU5/0819
WH
AUT11OR: Zilykov, H. V.; Tavetayev, A. A.; Bardyukov, M. Ye.
ORG: Moscow Power Engineering Institute
(Mos~k-ov's~kly"ene'r'geticheskiy institut)
TITLE: Thermocouple for measuring temperaturef, up to 2500K
SOURCE: Teplofizika vysokikh temperatur, v. 3, no. 5, !965, 815
TOPIC TAGS: !"~ emperature carbon thermocouple
A thermocouplet t measurement, graphite
qN
ABSTRACT: A graphite-carbon thermocouple (see Fig. I for
measuring t empernt tires
from 1200 to 2900K in FL carbonized media of inert gas has been
developed at the Mos-
cow Power &,ginecring Institute. In orde to remove the air from
the space between
the external and internal electrodes dur7ng heating, several
holes, 1.5 mm in diam-
eter, were made in the Ki Ushing.\~The -thermocouple's emf vs
temperature curve
~ftrhite-bUshi_ ,
obtained Juring three consecutive heatings up to temperatures of
3000K Indicates
noticeable variations in the erif at temperatures up to
2300-2500K; further heating
to 2900-3000K produced no effects. The thermocouple can thus be
used for prolonged

L 2647-66
_XCC ~ikt A__P502__59__9_7
s
llf',ralq o t' 11f, t'tw
I External graphite electrodes in-
ternal earbD11 electr_oWe7,'_T~~F aphite
buching, ceramic electric-inquiating
ql"eve;'5 copper clamp; 6 - copper con-
tact spring.

L-261L7--6t __ -.__ . . - __ -- I __ -... -
ACC NRt AP5025997 6)
mensurementa of temperature In an inert'-gas media In the
2300-2500K range, It In
also capable of withstanding short periods at up to 3000K.
Orig. art. has! 2 fig-
ures. [AV]
SUB CODE, TD/ SUBM DATE: 31mar65/ ORIG REF: DOO/ OTH REF: ODD/
ATD PRESS

BARDZICKA, Bogumila; KRAUZE, Anna
Colorimotric dotermination of boron In planto with tho
applicatior
of tho quinalizarin reaction. Chem anal 5 no.5-791-795
160.
(EEAI 10:9)
1, Department of Agricultural Chemistry, School of
Agriculture,
0 sztvn,, Head of Department: Prof. dr. M. Koter.
(Boron) (Plants) (Colorimetry) (Quinalizarin)

(,-*tt.~I.ra chemii i~bwcaoj %72z.-al IZtd~bv
L'i -min. 1,247-

POL'"'M/Acoastics - Ultrasonics j-4
itbs Jour : 1'%ef Zhur - Fizikao No 4) 19'59, No 6570
-1
;uthor : WawrzyszeR Wiktor,-Bardzicki Norbert, Bozc.:
Inst : General Chemical Dopartment, Poland
Title : Chemical Relations Occurring in Ultrasonic Field
Orig Pub Proc. II conf. ultrason., 1956, Warszawa, PWN,
1957, 55-95
Ene author lists briefly the chemical actions nf
ultrasound.
Results are given on the sounding (frequency 500 11-cs,
in.-*-en-
sity w/cm2) of aqueous solutions of K! (concentrations
from
0.01 to 1.0 normal): 1. The effectiveness of soiandinG
depends
on the shape and material of the vessel. 2. ,ftr.r five
rdnutes of munding, the quantity of liberated I is within
the limits of the errors of analytical detcrmina~ion. 5.
7-11,-
-Lmount of liberated 12 is not proportional tn th~! cunc
tion of the solution, and the maximum concentration Of
12 if;
liberated in 8.3-9 percent solutions. 4. For the
occurrence
of oxidation of 'J~ it In necessary that (.).\ygen bc.
present.
The hjdrogen and CO~ inhibit the, sonic oxi(lation -~f
KI. 5.
C~."rd l//2

POL:dTD/,',couztics - Ultrasonics J-4
Jour Rof Zhur - Fizika, No 4, 1959, 110 6-570
The prQsence of. organic compounds wi-th. low vnpor
tension
(naphthalene or nitrobcnzol) dc not Etop the oxidation of
KI,
which is not observed in the presence of lightly-volatile
ccm,rounds (chloroform, acetone, CS2). 6. Chemically pure
water, saturated with oxygen, and sounded for l) minutes,
re-
tains its ability of liberating I, from a so-ution of KI
for
24 hours. 7. Under identical conLtions, sounding of
solutions
of KC1 and KBr leads to a liberation of a smaller amount
of
halide compared with a solution of KI. 8. There exists Lin
optimum height of sounded liquid, at which a ma-Kimum
chemictil
action of ultrasound is observed. 9. Sounding of 0.2 N
solution of sodium sulfide, to which powdered sulfur i7,
F~-Idedy
leads to production of thiosulfate. 10. SoudninC, of
solutions
of ascorbic acid accelerates their loos of a~:tivity.
Biblio-
graphy, 16 titles. -- B.B. Kudryavtsev
Card 2/2

FOLTYNOWICZ, Wittor; 1311,1*01,11KC)W'SKI,
1~azilaiorz; I-IRMLLYN'Si'll
TATARKIE'.'I'T,", Janina; B-1?LZIE, -janu-z
pre JiT, 4 T a r,,.- t~vdlu-laon oC `Iuothant~
ane'ti;eiii- iol. pnieE'l.
chir. 35 rw.10/11,-1052-105.~ 1.
1. Z, II Kliniki Clairu~-,Lv~ c-ia w Giliansi,
Kierowri k: prof.
_u
dr K. Debicki.
(IIALUMANE) INNALr"TIO"

St~; hl-IIATON, Zb.; SIWILCKI, St.
lexperiment in mineral fertilizing of sugar beets
adjusted to
the 9mount of precipitation in the vegetative
period of the
beets, Roe-, nai~K roln rosl 87 no-4:717-740 163.

BARDZO, V#I., Icard.teltlin.-inu):
Defommation of nonrigid Pavements durinc freozing,
-~nd thawizir?
k~.
Trudy KADI no.'42:117-125 '58- (III-R& 12:4)
(Roads--Frost damage)

L 15275-66 EWTUVEWT(l) IJP(C) AT
ACC NR: ~P5028293 SOURCE CODE: UR/0022/65/018/005/0090/0096
5,V
AUTHOR: Baregamya~, v. A.j fretlyakov, 0.
A.; Chernyakov, E. I.,. Shestwalov. V. P.
ORG: Yerevan State University (Yerevanskiy gosudarstvennyy
universitet); Kharkov
M------I------T
--- Institute of Min-n Mac (Khar I kov
SRIY -Institut gornogo mashinostroyeniya, avtomatika i
vychislitel'noy tekhniki)
TITLX: Radiation from a strew of electrons moving parallel to a
metal grid locat-
ed on the edge of a uniaxial crystal of finite thickness
SOURCE: AN ArmSSR. Izvestiya. Seriya fiziko-matematicheskikh nauk,
v. 19, no. 5,
19659 90-96
TOPIC TAGS: particle physics, electron radiation, dielectric
materials electron
beam
ABSTRACT: The authors give a strict solution for the problem of
radiation from a
beam of electrons moving above the surface of an anisotropic
dielectric of finite
thickness with a grating. It is assumed that.a grid made up of
metal bands is ap-
plied to one of the surfaces of a plane-parallel layer of
anisotropic dielectric
Card 1/2

L 15275-66
ACC NR: AP5028293
material (a xLniaxial crystal) with a given permeability. A formula
is derived in the
form of a Fourier series for the proper electromagnetic field of the
electron beam.
Conditions are determined under which radiation takes place in the
crystal and in
free space* Orige artb has: 22 formulas.
SUB CODE: 20/ SUBM DATE: 15Feb65/ ORIG REF: 004/ UrH REF: 001
Card 2/2

25626-66 r_-,-yT(1) /F7C(f VEPF(n)-2ZEVG(M) Jjp(Q) rr,/AT
ACC NR- AP6011410 SOURCE CODE: UR/0057/66/0,36/003/0571/0573
AUTHOR: B
'kov Institute of MiningMachinery Constructio'n, Automation, and
Computing
ORG: Khar
v
ychislitel noy tekhniki)
ItITLE,. ~-,Diffractlon of'0
lec&msp.etic waves. by~ ametallic'grating mounted above an
SDURCE:,~ 'Zhurnal-tokhniche koy'fizlki, v. 36, no. 2, 1966, 571-573
s
TOPIC TAGS: plasme'diagnostics' plasma electromagnetic wave,
electromagnetic wave
diffraction, diffraction grating
ABSTRACT: The author calculates the diffraction of plane polarized
electromagnetic
I
waves normally Incident from vacuum onto an infinite plane grating of
identical
equally spaced perfectly conducting strips mounted parallel to and at
a finite
distance from the plane boundary of a semi-infinite plasmas_ The
space between
the plasma and the gratinm, id assumed to be filled with a dielectric
material
characterized by a scalar dielectric constant. The incident wave is
resolved
into its circularly polarized components and the amplitudes are
expanded in Fourier
eries with the period of the grating. The boundary conditions lead to
a Riemann-
pilbert problem that has been solved by Z,S.Agranovich,
V.A.Marcheakot and
1/2

ACC NR: AP6011410
V.P.Shestopalov (ZhTF, 32,4,1962). With the aid of this solution
and related re-
sults given by V.D.Shafranov (Sb.'IVoprosy teorii plazmy", vyp,
3p Gosatomizdat,1963),
equations are derived for the reflection coefficients for the two
circularly polar-,
ized components. One can employ these equations to calculate the
charged pprticle
density in the plasma from measured reflection coefficients.
Orig. srt.'llas:
14 formulas.
SUB CODE: 20 SUBM DATE: 08juI65 ORIG. REF: 004
C.rd 2/2

BARF.J, RE,
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BAPEJI, B.
liz.,cent ncvq on mnaral cdl. 1r-,egl f-,oolog
10
ii I U') .

B-,'~REJ. B,
Current news concerning crude oil. Przegl gcol 10
no.9:5CO S
t*.

h&Rz i I B ~
Grude oil and gas problems in the United
Natiors
Organization. Przegl geol 10 no.1-1:624-625 N
162.

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,ORLOWSKI, B.; BARF.J , B.
Economic information. Przegl geol i1
no,3:170-.172'llx 163,

BAREJ ) B,
The year 1962 in the petroleum industry. Fr?~gl -oi !G
no,E.: 3~ :--
Ag 162 ~