SCIENTIFIC ABSTRACT BORISOV, D. M. - BORISOV, G. W.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000206330006-1
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 6
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

RATVMV, Arkadiy Arked'yevich; )1~4aylqy-jrh; MOROZOV, P.K.,
nauchnyy redaktor; ZHAKHNSXIY. A.A.. rodaktor; OSTRIROV, H.S.,
tekhaicheskiy redaktor
[Mechanical drawing] Cherchente. Moskva. toes. uchabno-podagog. izd-
vo Trudreservizdat, 1956. 219 p. (MIRA 9:11)
(Mechanical drawing)

14ATVETEV, Arkadiy Arkadlyevich;--BDILI!iUl,-Dmitriv--Mikba-yloviz)l;. BARANOVSKIT,
M.A., nauchnyy red.; VTSHNHPOLISKIT, I.S., red.; PMSON, M.N.,
tekhn.red.
[Mechanical drawing] Cherchenie. Izd.3., perer. i dop. Moskva.
Vaes.nchebno-pedagog.izd-vo Proftekhizdat. 1960. 279 p.
(MIELA 13:10)
(Mechanical drawing--Study and teaching)

MATVEYEV, Arkadly Arkadlyevich- BUJ~-TIS15VI Dmitriy 114ikhavlovich.
I- - -I -"- -~ .
BAROOVSKIY, M.A.,
red.; XODRINSKAYA, N.V., red.
(Mechanical drawing] Cherchenle. 4. perer. i dop. izd.
Yloskva, Vysshaia shkola, 1964. 311 p. (MIRA 18:2)

Two-way anu one-way semiautomatic blockinE. Moskva, Gos. transp. zhel-clor. izc,-vc,, 1945.
ill D. (49-,67' )
.~ 6
TF65O.B6

BORISO., I D. P.
"Ttl.lo-i,,Ia,,, Seid.-automatic Blockinc 3~,sLem for Railwa,.,'s," (Dvukhochkovaya
Poluavtornatic'neskaya Llokirovka), Loscoyr 1950, 1 cop: -

V
.BARANOV, A.Y., redektor; BUYUKIN, D.D., redAktor; VAKHVIN, M.I., otvetstven-
W rodaktor toma, prof6asor, doktor tekhnicheaki" nauk; VKMISOV, B.N.,
rodaktor; IVLIYICV, I.Y., redak-lbor; MOSHCHUK, I.D.. redaktor; RUDOY, Ye.Y.,
glavny7 redaktor; SOKOLINSKIY, 7A.1., redaktor; SOLOGUBOV, V.N., redektor;
SIIIUVSKIY, V.A., radaktor; ALMOV, A.A.,. iuzhener; AUSHKIN, M., iu-
zhener; AFANASIYEV, Ya.V.. laureat Stallnekoy premii, inzhener; BEMKO,
K.H., dotsent; BORISOV D P., dotaent, kandidat tekhnicheakikh nauk;
2111LITSOV, P.N.-.4W2WeUn*e4r;;"AR, N.R., inzhener; IL'YEPKOV, V.I., dotseat,
kandidat tekhnicheakikh nauk; KAUKOV, A.A., kandidr-t tekhnicheakikh nauk;
KRAY2NER, L.P., kandidat takhnicheakikh nank; KOTLYARENK0, N.Y., doteent
kandidat tekhnicheakikh nauk; WSHEV, P.V., professor, kandidat takh-
nicheakikh nauk; X&RKOV, X.V.,L inzhener; NFJJMTS, V.S., dotsent, kandi-
dat tekhnicheakikh nank; NOVIKOV, V.A., dotsent; ORWV, N.A., inzhener;
PETROV, I.I., kaftdidat tekhnicheakikh nauk-; PIVKO, G.M., inzhener; PO-
GODIN, A.M., inzhener; RAMIAU, P.N., dotaent. kandidat tekhnicheBkikh
nauk; ROGINSKIY, V.N., kandidat tekhuicheskikh nauk; RWASTSEV, B.S.,
laureat Stalinskoy premii, dotseut, kandidat tekhnicheskikh nauk;
SNABSKIY, A.A., inzhener; MIDMN, A.B., inzhener; SHASTIN, V.A.,
laureat Stalinakoy premii. inzhoner; SHUR, B.I., inzhener; GONCHUKOV,
V.I., inzhener, retsenzent; NOVIKOV, V.A., dotsent, rateenzent; AYA6-
HASIYEV, Ye.V., laureat Stalinskoy premii, retrienzent;
[Technical handbook for railroad men] Takhnicheakii apravochnik zhelez-
nodorozhnika. Vol. 8. [Signaling, central control, block system, and
cri nication] Signalizataiia, teentralizataiia. blokirovka, sviazt.
Red. kolleglia A.F.Baranov [i dr.] Glav.red. 3.F.Budoi. Moskva, Goo.
transp. zhel-dor. Izd-vo, 1952. 975 p. (Continued on next card)

BRUMV, A.M., laureat Stalinskoy premii, inzhener; GAMBURG, Ye.Tu., in-
thener, reteenzent; GOIDYKIN, M.K., Inzhenar, retsenzent; L12AKOV. A.A.,
kandidat tekhnicheakikh nank, retsentent; KUT91N, I.M., dbtsent, kandi-
dat tekhnicheskikh nauk, retsenzent; LZONOV, A.A., inzhener, retsenzent;
SENVOY, N.M., laureat Stalinskoy premii, inzhener, retsenzent; OEHR-
NYSHEV, Y.B., inzhener, retsenzent; VALUYEV, G.A., Whener, retsenzent;
MIYUS, N.A., laureat Stalinskoy premi4A, inzheuer, retsenzent; NOVI-
KOV, V.A., dotsent, reteenzent; PIVOVAROV. A.L., inzhener, retsenzent;
PMDIN, A.M., inzhener, retsenzent; KHODDROV, L.R., inzhener, reteen-
zent; PIVOVAROV, A.L.. Whener, ratoonzant; POGODIN, A.M., inzhener,
rateenzent; KHOWROV, L.R., inzhener, retsenzant; SHUPLOV, V.I., kan-
didat takhnicheakikh nauk, retsenzent; KLYKOV, A.F., inzhener, reteen-
sent.; YUDZON, D.M., tekhnicheakiy redak-tor; TERINA, G.P., takhnichaskiy
redaktor.
(Taohnical handbook for railroad men) Tekhnicheakii spravochnik zhe-
leznodoroshnika. Vol. 8. [Signaling, central coiitrol, block system, and
communication] Signalizateiia, teentralizataiia, blokirovka, sviazl.
Red. kollegiia A.F.Baranov [i dr.] Glav.~ed. M.Y.Radoi. MoBkva, Goo.
trapap. zhal-dor. izd-vo, 1952. 975 P. (card 2) (MIRA 8:2)
(Railroads--Signaling) (Railroads--Commanication systems)

. BORISOV, D.P., doktor tekhn.nauk, prof.; KOR11IYEITKO, N.I.; MUZALEVSXIY, N.D.;
--' -- - .1 FUSHKAREV. B.N.; CHEKKKM, N.M., inzh., red.; B03ROVA, Ye.H.,
tekhn.red.
[Electric block centralization] Blochnaia elektricheskais
tsentralizateiia. Moskva, Goo. transp. zhel-dor. izd-vo, 1957.
108 p. (Moscow. Voesoiuznyi nauchno-issledovatellskii institut
zheleznodorozhnogo transporta. Trudy, no.145). (MIRA 11:4)
(Railroads--Signaling--Block system)

-BORISOV, D.P., doktor tekhn.nauk; XDRNIYMM, N.I., kand.tekhn.nauk
Use of programmed control for automatic traffic regulation. Vest.
TSNII MPS 19 no-3:56-57 160. (M]:BA 13:10)
(Railroads--Automatic train control')

DDRISOV,_D.P. -'~iof. doktor tekan.nauk
- 0
Operational and technical conditions for the automatlm of train le
moTement control in stations. Zhel.dor.transp6 42 uo*6:21-24
je '6o. (MIRA 13:7)
(Automtic control)
(Railroads--Station service)

TURISOV, Dmitriy Petrovich, doktor tekbn. nauky prof.; MFYLOVt Konstiuitin
nauk; KORMILITgNo Aleksandr Yakovlovicht
kand. tekbn. naukp dotsent; VAKHNINv M.I., doktor tekbn. naukv Iwof.1,
retsenzent; LISTOV9 Meg (fokt6r tekbno natik, prof., retsenzent; K9UGA-
soV,, N.M,, kand. tekbn. naukp dotsent, retsenzent; MARENKOVA, G.Lv inzboj
red.; NOVIKAS, M.N., inzh., red.; 130BROVA, U.N., tekhn. red.
[Automatic and remote control and comamications in railroad transporta-
tion] Avtomatiks. telemakhanika i Oviaz' na zbeleznodorozhnom transporte.
kloskv&, Vass. izdatel'sko-poligr. obOadinenie M-va putei soobob:heniiap
1961. 283 p. (MIRA 107)
(Railroads-Sigualinj) (Railroads-Communication oystems)
(Railroads--Electronic equipwnt)

AFONIN, A.P.; BABITSKIY, V.I.; B% __pS.,- KOBRINSKIY, A.Ye.;
KOZHIN, V.D.; SAKAYAN, A.R.
Experimental investigation of the dynamics of an electric
step-by-step motor. Teor. mash. i mekh. no.94/95:127-141
163. (MIRA 16:1-1)

AFON -" 11 , J1. . 11 . ; 1301., 1?--L). S . ; KCITRI I IS h.1 Y , t' . Y-- .
,
Pickut) of an electric step-by-step frotor. Teor. mash. i mekh.
r10.10V104:87-92 161;.. (MIRA 37:11)

BordsOV19 D.S. (Moskv-&),, GUSEV, V.P. (Moskvu); FOBRINSKIY, A.Ye. (Mos~-,ra)
--l-
Some charactenctics Of Bt3j~-17-3taP motor:~b. Mashin'cvedento no.1:44-
50 165. (MIR-4 180)

AMMIEV, V.-P., polkovnik; BORISOV, D.S., polkovnik; ZHMZNM, V.I.,
dotsent. kand.tek1ju-*jfiw*9'~` -ne4ir"al-leytenant inzhenernykh voyak
v otstavke. otv.red.; NAZAROV, K.S.. doteent. goner'al-polkovnik
inzhenernykh voyak v otatavke. red.; WWOV, A.F., general-
polkovnik in2honernykh voyak, red.; SHOR. D.I., dotaent, kand.
takhn.nauk, inzhoner-polkoynik zapasa, red.; ROSSAL, N.A. '
polkovrLik, red.; KHLYSTALOV, S.I., polkovnik, red.; SOLOMONIK,
R.L., takhn.red.
(The Soviet military engineers. 1918-1940; collection of articles]
Sovetskie inzhaneraye voiska v 1918-1940 gg.-, abornik statei.
Moskva, Voen.izd-vo H-va obor.SSSR, 1959. 141 p. (MIRA '13:4)
(Military engineering)

683h5
s/024/6o/ooo/006/oi-2/015
Eigi/r485
AUTI-IOUS: Borisov, V.S. and Kobrinskiy, A.Ye. Oloscow)
TTTLI,'- Contribution to the Dynamics of the Stepping Motor
PE-13TODICAL: Izvestiya Akademii nauk SSSH, Otdcleniye teklinicheskikh
natak, Iinergetika i avtomatika, 1960, No.6, Pp-173-178
TEXT: Steady state motion of typical electrical stepping motors
is examined analytically and experimentally. Both the stator and
the rotor of such a motor are divided into three sections in
parallel planes. Fach section of' tile stator consists of
alternating electromagnetic poles. Poles of equal polarity are
aligned in parallel with the axis. The rotor also consists of
three sections, each of Ovich constittites all externally toothed
annular magnetic core with a number of teeth equal to the number
of' stator poles. Tile rotor sections are so assembled that each
is shifted by one thir 'd of tile pole distance in relation to tile
adjoining sections (one step). Wben the corresponding section of
tile stator is energized, the rotor turns by one step. When the
,tator sections are energized in a consecutive sequence, tile rotor
rotates in one direction. A different energizing order can
produce rotation in the opposite direction. Paired energizing
Card 1/5

86345
s/o21j/6o/ooo/oo6/oi2/0 15
1`1191/F1,85
Contribution to the oynamics of the stenpins-r motor
in a certain order can produc 'e the same restalts. Knowledge of the
step inotor dynantics includes its "static chracteristic. 11 and the
"Frequency response" of' the free oscillations of its rotor. Th e
static characteris ties is the output torque at a giveri stator
current its a function of the rotor turning angle. Tile frequency
response is the frequency of the free oscillations of the rotor is
a function of the stator current. The torque has a peak roughly
halfway through a stop interval. Measuring the torque along
the failing branch requires a special test rig which was developed
by A.Ye.Kobrinskiy et al (Pussian patent No,125614 of June 27, 1959).
Typical characteristics are shown (FiQ;.3). A typical frequency
rosponse (Pis;.5) shows little change of frequency with stator
current.. A simplified dynamic model of the motor is analytically
examined. The delay in the ri-se of stator current is neglected.
The actual static characteris ties were replaced by a cubic parabola
whos.e-constants are obtained by test. It is assumed that the
motor is loaded on.1y by a linear friction torque. A periodic
commutation of the stator exii-rent is assumed. The motion in the
Card 2/ 5 V1,

S/024/60/000/006/012/015
E191/E485
Contribution to the Dynamics of the Stepping Notor
interval between two adjacent commutations is the free motion of
a non-linear elastic system proceeding with certain initial
conditions, characteristic of a given periodic switching. The
initial phase and initial velocity of the rotor at the instant 6f
commutation as a function of the frequency, if known, yield the
dynamic.properties of the motor, namely the amplitude frequency
response, the "entrainment" of the rotor and the non-uniformity.
The equation of motion is formulated and its periodic solutions
Eire sought. The conditions of periodicity are stated. An
analytical derivation yields the amplitude frequency response
shown in Fig.6 for different values of the logarithmic decrement.
It is shown that, with a commutation frequency approaching the
natural frequency of the rotor, maximum amplitudes are obtained
and the phenomenon of falling out of step is observe*d. Falling
out of step can be prevented by sufficient friction. The non-
uniformity is illustrated in Fig.8. It is greatest at a
commutation frequency near the natural frequency of the rotor.
At higher commutation frequencies, the non-uniformity falls sharply.'
Card 3/5

~4'~
- --
s/o24/6o/000/oO6/012/0l5
E191/E485
iContribution to the Dynamics of the Stepping Motor
Stepping motors can, therefore, operate at high frequencies of
commutation. The entrainmePt, denoting the position of the rotor
in relation to the stator poles. is shown in Fig.9. There are
.9 figures and 4 Soviet references.
SUBMITTED: June 14, 1960 R Irz Cm
Fig-3-
intr. 3. Cemellmo MITIVIeCIOIX- X,1P211(TCP11CT11H
Duill

5/024/60/000/006/012/015
E
l
9l/E485
Contribution to the Dynamics of the Stepping Motor
.14 mr,
25
w~
T 7- -Z// cff
9k
Fig.:
-5 2 4 8.0 P7
Oiir. 5. XapaitTepitcTinta qaemu eno,
OOAIIIJX 11WICOalillft POTOPA 3WA
Tmtn
Tmax Ll'! (3 7) 1o-
8 005- . .5 - ' ',
~rp to
XaPRItTe-
(Dnr, 6. AmMIRTY11110-IlaCTOTIRIC
9 ID r. ~A,
PlICTIII(Il 3=
Fig.! 1,
so V,
4DHr. 9. XaPAI(Teplicritlill -TI)OAaO Y.1 -~n InL b ~6 v
Card 5/5
Oxr. S. X8PftlMPUCTRlW tie Mullowpil0cm
XOta POTOPAIUM

B-ORISOV, D.S., polkovnik; SHEVCHUY, M.K., podpolkovnik; LEOMNYA, Te.V.,
dotsent, kand.voyannykh nauk, general-leytenant inzhenernykh
voynk, nauchnyy red.; PUMOPOV, V.D., red.; SOKOLOVA, G.F.,
tekhn.red.
[Soldier. hero, and scientist; reminiscences about D.M.Korbyehev]
Soldat, ger~pi, uchenyi; vospominaniia o D.M.Karbyebeve. Moskva,
Voen.izd-vo N-va oborony SSSR, 1961. 194 p.
(MIRA 15:2)
(Karbyshev, Dmitrii Nikhailovich, 1880-1945)

BORISOV, D.S.; SHEVGHUK, M.K.
"Soldier, hero, scientist; reminiscences about D.M.Karbyshev."
Compiled by D.S.Borisov, M.K.Shevchuk. Voen. vest. 41 no.3:
126-127 Yx 162. (KRA 15:4)
(Karbyshev, Dmitrii Mikhailovich, 1880-1945)

BORISOV, D.S. (Moskva); KOBRINSKIY, A.Ye. (Moskva)
Dynamics of a step-by-step motor with ctuient *cutoff". Izv.A.11
SSSR.Otd.tekh.nauk.Energ.i aytom. no.2:140-147 Yx-Ap 162.
(MIRA 15t4)
(Electric motors) (Automatic control)

;KARBYSHEV, D.M., Geroy Sovetskogo Soyuza, prof., doktor veennykh
nauk, general-leytenant inzh. voysk(doesued]; GOLDOVICH,
A.I., general-leytenant inzh., voyak v-otstavke, red.;
PLYASKIN, V.Ya., V.Ya., general-leytemat inzh. voysk, red.;
IZOSHENYA, Ye.V., general-leytenant inzh. voysk v otsta'Irke,
red.; SOCHILOV, M.F., general-mayor inak6 voysk v otstavke,
red.; AFANASIYEV, D.M., polk ik otatavke, red.; BORISOV,
0
NROV
-D.S., polkoynik zapasa, red.- POV,-K.V., inzh.-P-Ofzo-~
v otstayke, red.; SHOR, D.I., inzh.-polkovnik v otstavke,
rad-; SHEVCHUK, M.K., podpolkovnik zapasa~ red.;ROSSAL, N.A.,
polkovnik, red.; SOKOLOVA, G.F., tekhn. red.
(Selected scientific workllzbrannye nauchnye trudy. Moskva,
Voenizdat, 1962. 703 P. (MIRk 16:3)
(Military engineering)

BORISOVt D.S.
------ --I--,---I----
Dynanics of steady conditions of st4p-~~-s.top control systems. .
Teor. mqsh. 1. mekh,,,no.92/93s69-W !62, '.* (MM 16 z 1.1)

AFONIN., A.F.; BORISOV, D.S.; KOBRINSKIY, A.Ye.
Subharmonic motion conditions of electric step-by-step
motors. Teor. mash. i mekh. no.94/95t34-40 163.
(MIRA 16:11)

AFONIN, A.P. (Moskva); BORISOV, D.S. (Moskva); KOBRINSKIY, A.Ye. (Moskva.)
A nonlinear effect in Q- pulse excited vibratin.g system. Izv.AN .
SSSR. 14ekh. i mashinostr. no.4:18-22 JI-Ag 16.3. (MIRA 17:41)

S/2129/62/000/007/001/001
1060/1260
UTHOR. Barabanov, !!.V. , Candidato of Technical Sciences, Bor
.:.ng3near, and 1-ivronkov, L-V-, Engineer
TITIL-': Influence of ulcerous corrosion on tensile strength of stool
PLIJODICAL: Sudostroyeniyo, no. 6, 1962, 47-49
I =-T The purpose of this Nvork was to to*st stool wl~ich suffered u-4corous
corrosion (corrosion of submargee parts) on tensile strength. The experiments
viero conducted on 36 samples of stool cut out from the hull of a ship operating
for 26 yezirs. The corclusions reached viere. I. 'A-en calculating strength of
steel c.orroded.by ulcerous corrosion, it is necessary to take into account the
mean renU3nlng width of metal. 2. Frosence of- ulcerous corrosion does not
af foot either the yield point 6-r . or. the yield strength do . 3. As a eesult
of ulcerous corrosion the pla--ticity of steel decreases by 15-20/l..
Card 1A

Uk, S qv!- F).; DERTET, N.K.
-Electrochemical method of investigating the process of founding
glass. Izv.vye.uchob.zav.; khim.i khim.tekh. 2 no-3:420-423
159. (MIRA 13;8)
1. GorIkovskiy politakhaichaskiy Inatitut imeni A.A.Zhdanova,
kafedra tekhnologii sililcatov.
(Glasu research)

YERSHOV, B.F.; BORISOV, F.B.
Colorimetric determination of phenols in water by means of
4-aminoantipyrine. Plast.massy no.6..66-68 ,6o. (HIPS 13:11)
(Phenols) (Antipyrine)

2*6996 S/191/61/'000/009/006/007
11 2.Lj B110/B218
AUTHORSt Osttt.V-Volkov, N. N.
TITLE: New synthetic universal glu- 50-11 (BOV-1)
PERIODICAL: Plasticheskiye massy, no. 9, 1961, 42-44
TEXT: The authors produceda glue cheaper than, but equally good as epoxy
glues. They usedi furfurole acetone monomer (FAM), styrene, epoxy resin
)A 5 (ED-5), and hardeners: polyethylene polyamine or distillation residues
of hexamethylene diamine. Production was performed in two stages; (1)
varnish, (2) glue. For (1), the following substances were mixed: FAM,
ED-5, and styrene, and stirred for 20-30 min in the cold, or under heating
to 40-500C. For (2), this varnish was mixed with the hardener below~300C.
Depending on the application, the following fillers were used: sand, chalk,
cement, Aerosil, graphite, powdered mica and quartz, powdered asbestos,
etc. BOV-1 only costs one-third of ED-5t and may be used for gluing
decoratively laminated plastics, glass-reinforced plastics, shockproof
polystyrene, foamed plastics, ceramics, concrete, wood, asbestos cement,
Card 1/5

26996 S/191/61/000/009/006/007
New synthetic universal glue ... 13110/B218
paper, and metals (but not polyethylene and polyvinyl chloride). For w(Jod
BOV-1 must be used with a filler to prevent entering of pores. For metals
it must be plasticized. It is applied in 0.1-0.3 mm layers (200 - 6 Oog/M2
Gluing should be peiformed at temperatures that are not below >/160C under/
minimum pressure (e. g., 0.1-0.5 kg/cm 2 for gluing together three layers.
it glues honeycomb plastics on the basis of MOO(M) resins and foamed
plasticsM-l and _MC-4 (PS-1 and PS-4). Specimens glued with BOV-1 and
ED-5 resin were tested for tear and shear at the NIIPM and the Belorueskiy
politekhnicheskiy institut (Belorussian Polytechnic Institute). Whereas
some samples glued with ED-5 broke in the glued joint, the specimens glued
with BOV-1 broke in the material only. Ceram *ic plates, porceJain washing
basins, wooden chairs, and silica bricks were glued. Three-layer panels
of wood-fiber boards (on K~-20 (KF-20) and 0-17 (MF-17) basis) were glued
at the NIIPM; a honeycomb block soaked with MFF resins, having cells of
7 mm slue iength, was placed between them. Under short-termea load, the
BpeCimens glued with ED-5 withstood 200-350 kg/m2; the specimens glued
with BOV-1 with cement filler withstood a load of 500-800 kg/m2 . The
C ard 2/5

S/191/61/000/'009/006/007
New synthetic universal glue 26996 B110/B218
2
Brinell hardness of BOV-1 coatings lies between 16 and 29 kg/cm . They
are very stable against abrasion. The strength remained unchanged after
two weeks' moistening at normal temperature and at 1000C. No decrease
in strength was observed during half a year under atmospheric influences.
BOV-1 without a filler can withstand temperatures between -600C and
225-2500C without any change in the film structure . The film softens at
higher temperature, and its properties are restored in cooling. Thermal
stability increases with cement to 3000C. When applied with distillation
products of hexamethylene diamine (2.5 time more than polyethylene poly-
amine) the BOV-1 film becomes more elastic. In this, the hardening
time at 18-200C increases from 10-16 to 20-24 hr. This is particularly
important for gluing wood with metals or metals of different expansion
coefficients. BOV-1 is not inferior in elasticity to epoxy and phenol
glues, and glues modified with polyvinyl acetal, etc. BOV-1 films do not
change in alkalis, acids, oils, acetone, dichlorc ethane, alcohol
G; rd --/ 5

26996
New synthetic universal glue ...
S/191/61/000/009/006/007
B110/B218
kerosene, etc. BOV-1 is a good dielectric in pure state and with sand,
cement, graphite as filler, Since it also insulates with Al powder as
filler, it forms well insulating films around the sinall conducting grains.
There are 3 tables and 8 Soviet references,
Table 2. Results of abrasion tests of BOV-1 film. Legend: (1) Weight of
the two specimens, g, (2) before test, (3) after test (4~ wear of the
two specimens, mg, (5) load, kg, (6) specific load, k~/cm , (7) friction
2 2
force, kg, (8) specific wear, m /Cm ,M.

YERSHOV) B.P.;- BORISOV, F.B.
High-frequenoy titration. Detemination of alpha polyarymetbyleae.
Plast.massy no.llt46 161. (MIRA 14alO)
(TitratiQn) (Polymcymethylene)

PENVE, Ya.V.; PETERBURGSKIY, A.V., doktor Bellkhoz. nauk, prof.; GAR,
K.A., kand. vellkboz. nauki GOUSH111, H.M., kand. biol,,
nauk; KOI'MTKIKH, G.I., kand. Bellkboz. rmuk; CHESALIN, G.A.,
kand.sellkhoz.nauk; RAKITIN, Yu.V., doktor biol. nauk;
ZEZYULINSKIY, V.M., kand. sellkhoz.nauk; DEVYATKIN, A.I.,
kand. sellkhoz. nauk; VENEDIKTOV, A.M., kand.sellkhoz. nauk;
TAWOV, M.G., kand. biol. nauk; BORISOVA, L.G.; BFREZNIKOV,
V.V., kand. tekhn.nauk; KONDRATENKO, R.V.j st. iiauchn.sotr.;
BORISOV, F.B., st. nauchn.sotr.
(Chemistry in agriculture] Khimiia v sel'skom khoziaistve.
Moskva, Kolos, 1964. 381 p. (MIRA 17:9)
1. Chlen-korrespondent AN SSSR (for Peyve). 2. Nachallnik
laboratorii Nauchno-issledovatellskogo institute. plastmass
(for Borisova). 3. Pauchno-issledovatellskiy institut
plastmass (for Kondratenko, Borisov).

BCRISCN, G.; ITAUMOV, M.
t i..,
Adjustnent and temporM7 fixing of girders, cross bare and spans.
Stroltel 1 2 no*4-5:6-7 AP-AY. 156e (MA 10;1)
(Girders)

) C~ V- 7 5 c- V,
r
3C!R:-`:OV, G.
~7f~"~~kqr
_ -
Abroad. Stroitel I T.O. ~-, 'l je 157.
(Constructicn ividuetr.*v'
10. 9)

AUTHOR: Borisov G., Engineer 4-6-26130
TITLE: A Liquid Cutter (Zhidkiy rezets)
PERIODICAL: Znaniye - Sila, 1957, # 6, pp 38-39 (USSR)
ABSTRACT: The author describes methods of liquid cutting of metals
by chemical processes replacing the usual treatment of
machine parts on machine tools. The cutting, shaving and
milling is performed with the aid of sulphuric and nitrogen
acids. Steel, copper -, brass, titanium, aluminum and magne-
sium alloys can be treated by this method. The chemical bath
must be adapted to the' chemical qualities of the metal;
higher concentrations and temperatures speed up the process.
-Duraluminum parts can be out to a depth of several cm, steel
and titanium to adepth of 10 - 15 mm. The treatment does
not lower the metal quality and is of satisfactory-precision.
It is also possible to cut or mill certain parts of metal
surfaces by the aid of stencil-masks, which protect the
sections not being treated. The new treatment is simple,
economical and universal. One bath can replace several machine
tools and the chemical milling workshop can be managed by a
Card 1/2 minimum of workers. The working'rooms are quiet and clean

A Liquid Cutter
4-6-26130
and there is no loss of material as the dissolved metal can
be recovered and remelted. I
There are 5'figures.
AVAILABLE: Library of Congress
Card 2/2

30RISOV, G., .. inzh.
Vaing pipes in transporting mortars. Stroitel' no.11:25-28
# 58. (MIRA 11:12)
(Mortar--Transportation)

UIRU on 0 a b Sy
th
.
unda- YQUOV
Z. AX~
-A '51 'ZO20
- t2 S
-T
15N
-
.
z
timilon iDT ri-C'xiciliaKa Ul with , A*rLi, (U), pyL,
Distric 4B2 c j /,.E-3 d C"HICHIACOsNa ( M). Thus, 0.01 mO-- dry I and 0-01
-mole Ph-Ti in 25 ml . Ary R110 stirred .5 lirs. at ;-oDm temp,
and poured on solid COj gar& 0.409 g.
Z), in. 15"*, "d 0.5W z. fi-CjbH7CHjI3z (V). =_ I:hx-3'.
Siml-arly III from other H gave thr IoHowing Yields of
AV: plfeC&R4, 48.0%; 194%: P-Me-CJI.,;
;01 -Ci6H7, 20:115. 'C4111, Mb%.- With
.7%; a t-MvIN
Y
lhtse 11, no V w~s obtalntd. PhICO and III 1romj
,PhLi,,
i ~-MeCsli~Li. and m-.MeC.H4LI gave, re-Sp.. 2D.6, 18,3,and
07.2% Pb-C(OH)CH(C~~'Iqrp)CO_A U). 189-90'. In Cani
%
UaStl I treated With "-
'1CC9H4MgBr fullm-0 by caxboua
"tion gave A.Cl;U7CHICP,,tOH)CH(Cieli.-.~P)CO.J3 (R
VC1,114) (YA'_in of svhicb~
~
4 -
R Lm r
11
M
c
N~m
C
11
F4)
m-
p
P n
t
e
, m.
4
4
f
S
.alk. decompp.- ot which gave I und a neutul mupd., m.
~11-7". -1 mid Gripard riml6tik lbui give, ketones wbkli
V.
with Ve IV.- Spibeses with sodlum a-lithl"
Aud A-zkpb aofata:obtalhed Wmigh iMy)ll1hlum t=4
1
1 30
, Borisov
]bid
!r_~'
Panalotriv atO 0
M
Jv
.
.
.
.
,
,
a0 timum cotditiont wov deW. for the reaction
an RM (1) to ji-st C:t~irj
~CHUMNajn~~ Inn-CsHunoremactionocm-red.
-
b1
y
E
"'tim of U, but its presence could not I>--
4)emormtmTed. In ~46.qine U but __wb_ v2T~t_d

~ - - M
17ma
rR
-01
-

z
t
-u0-' Iot t
Yen
--was therd6m:&i6aeued .by- 4 1 J0
(M), ip;II7.6*j w MC-'
"m W 4- ~wjv- . -
yiddi -of H iwae dad. (R of 1, 'ro field of 11 Ykjd omp,
Bu V 7
207)8.:- FN~fwd y
Et'o t !owid- by rw~~
'ov
gave.- afs%'~Yifld ~of ~irmcplljcn(cc~%' V. All
nat
-~Sj_Iztbcmetx
Im the
lormatlan of FhCj-ILiC0j%-(I) liom -RM 'II) and PhCH,'
C w4e Aetd.-Z *Cr3rePd',' In but in, thi3
f *6d Abtrel*r. U11d.
pjacc'A b 0'
ed *~U.` I
ter Aaa"- cait~~fiwll;
"m also kringo in I bufInIOT
'-yi9 a and 25% fr6m h
ot Save low, psm'i
MO.) of h -14"', 6*Eq to the b~gb HO
Witent the
I WrIsArIcrelon cbmcteziud
with it.. 'Vc IIbiC(0H)CHPJhC0Ai (M), in. 38&-7*~
-in tfi' Y~ the ovllug~ yitlds of Ul were deld. (R of H.
Z-1 ar
--tycljAexyj;- 20. ~Thc best ywds
um.~ rau~ prinuay- 11, fti -ontmt iv h Ong-
inxid Te Atrtury-comptl1s.
x. lhn 6il nsults;- -Dirmt I)ArblkAi 611 irith dil; HCI gave
gave FIICIIXC~H.~itd PI;Cli,COR.(V) (R. y1di of TV,
M.P. of IV, M.P~ W W."iehik-arbazone given): Pr. 10 (of
Jr
-1~7w (61 Olden E. Paris
YT
wmI
a .am--- -~V~6
105
01%,
ME
ENRON,

BORISOV, G.
BORISOV, G. S)mthases with organic lithium compounds, obtained by substituting a
labile 'wdroger atom. IV. Syntheses with a-lithium sodium-x and
B-naphthyl a cetate, obtained by means of alkyl lithium compounds.
In German. p. 27- Vol. 9, no* 1. Jan./Mar. 1956, DOKLADY.
SOURCE: UST XUAOFMAMSSIOS (IMAT) VOL 6 N-.o 4 April 1957

Bousull, G.
P-014JSQV, G. Bulparian juniper oil. In 5iglish. p-59 Vol. 9, no. 1,
Jan.Mar. 1~56 DOYIADY., Sofiia, Bulgaria
SOURCE: East European Accessions List (EEP-L) Vol. 6 ,Io. 4 April 1957

BULGARIA / Chemical Technology. Perfumes and Costriot- H-19
ics. Essential Oils.
Abs Jour: Ref Zhur-Khimiya, No 23, 1958, 78921.
Author : Staykow, B., Panayotov, I., Borisov, G.
Inst : Not given.
Title : The Investigation of Juniper Fruits and the
Isolation of an Essential Oil Therefrom.
Orig Pub: Irsv. In-ta Rastenievedstvo. Belg. AN, 1958,
No 5, 339-347.
Abstract: An essential oil (0) was separated from the
fruits of Juniper (F) (Juniperus commanis L.)
and was studied. The crushed F were submitted
to steam distillation, water distillation with
steam at 3.5 atmospheres pressure, and distil-
lation with steam at 3.5 atmosphere pressure.
The best results were obtained by a water-steam
Card 1/2
32

The addition of die4thl., Cu%yIpbo&Vboa'A,t15'tO Otbyl 94
naruttle. D. ]vnn an ~~ mansov tUncm. Inst. Acad.
sci..Sofia, Tugarial. A*11111~~ 111~ -4V, 17](TOMY.-
-rhCH:P(OII)(Or&1h (1) reacts with M11mgC1 to give
C111. and J?hCH:I1(OhfgCI)(()Hth (11). It adds to the
double boud In cintuattle acid esters; Titus, 5.9 F. I and'
4.4 g. RtOXCII;CHPh are heated 1.5 hrs. at 70 W'th a
sinall amt. of MOM to'give 3.5 g. PhCH(CHPkCH2COr
EJ)P(Qxora~. M. 1W-1'. David StcfuWA~--.

BORISOV., G.
I ---- , " -
Addition of dialkylphosphites to methyl - 0-naphthylketow.
Doklady BAW 15 no.2;159-162 162.9 1
1. Submitted by Correspondimg YAmber D. Kourtev [Ilurtev, B.].

L 12281-63 ailb"'w(j) IEPF(C) J'ns -Ps-4
/1971 /038
yev, G., Fanaiatov, I. and Borisov, G.
AUTHOR: Ivanov, D. , VaELl
TITLE: Synthesis with lithium organic compounds, obtained by replacement
of the labile hydrogen atom
PERIODICAL-: Referativnyy zhurnal, Khimiya, no. 5. 1963, 261, abstract 5Zh268
(Godishnik Sofiisk. un-ta. Fizmatem. fak., 1957-1958 (1959)0
v. 52, no. 3. 1-54)
TEXT: ~In the course.of action of RLi (R=alkyl or aryl) on ArCH2COONa (Ia-
c here and hereafter aAr = C6H5, bAR =o(-CoH?, cAR =15 -ClOH7) ArCHLiCOONa (31),
i's formed which is converted after action of C02 and acidification into ArCH
H5) CO (IV) thore (C6H ) C(OH)
(COOH)2 (III). By the interaction of II with (C6 2 5
CHArCOOH) (V) is obtained. The use of lithium alkyls in the place of ArLi leadds.
to a decrease in yield of III and IV. The reaction of RL:L with la. in the absence
of substituents in the ortho posJtion may proceed by a different course, with
formation of C6H5 CH2COR (VI), the-interaction*of which with II leads to C6H5CH2
CR(OH)CH(C6H5)COOH (VIII), by the action of RLi.an ArCH2CN (VM) ArCHLiCN (IX)
Card 115

L 1228i-63
Synthesis of li.thiumlorgalnic ..... S10811631000100510381075
is obtained which changes into ArCH(CN)COOH (X)., In reaction of IX with IV
(C6H5)2C (OH)CFArCN W) is formed. The interaction of IIa with Ar1CH2Cl with
subsequent hydrolysis leads to C H5CH 2CHAr.COOH (XII). In the reaction of Ila
with unsaturated ketones of the ype WCH = CHCOC6H;' (XIII) and C6H5CH - CHOCH
+ CHC 6H5 (XIV) the addition takes place in 1,4 poistion and after hydrolysis
C6H5CH(COOH)CHA.r1CH2COC6H3 (XV) and C6H5CH(COOH)CH(C6H 5)CH2COCH = CHC6H5(XVI)
are obtained respectively. The addition of the Shiff's bases of ArnN = CHArl to
IIa leads to Ct (XV11). In the action of 12 or N-bromosucci-
nimide on II meso-forms of ArCH(COOH)CH(Ar)COOH are formed.. The reactivity of
II and IX is ccnparable tolsimilar Grignard,compounds. From 1.2 g of Li - 13.7
9 of O-bromtoluene (XVIII) 12.7 g of Ia and 14.6 g of IV in 100 ml of ether Va
is obtained, the yield for which is 67%, M.P. 187 - 1880 C (from alcohol). Va
is also obtained with the use of other RU (indicated are starting bromide and
yield of Va in %); A- C- H Br (XIX), 65-70 (with 25% excess of U and IX1 the
Yield is 71%) l,3.5-(CH3)3C6H2Br. 72; 1-3-(CH3)2C- H2Br2-4.6, 33., From lb
C05Br. L' and IV, Vb are obtained with 57% yield, m-p- 159-1600 C (from alcohol).
'In the Synthesis of Va using RU maximum yields are observed if R- is a imary
radical. Belo-st are given starting halides, solvent and yield of Va in ~rn-
Card 2/5

L 1228-1-63
SYnthesis.of lithium organic S/081/63/000/005/038/075
C4H9Cl, other, 50-52; ff-C'13R7C' pentane other 45-48; C2H 5CH01CH 3' PE, 18;
(CH3)3CCl (PE) 12-14; iso-C 37"', PE, 23-25; C6 RllBr, PE, 20. Below the data
gives RU, the ratio RLi:l,-the yield of.corresponding VII in %, m. in 0 C
(temp. of reaction from -10 to 00): C 3H7L" 2:1. 45, 160-161 (from aqueous
alcohol); iso-C3H7U 2:1. 31.,135-137 (from aqueous alcohol); iso-C hLi' 3-1
28-; n-C4H 42, 145-146 (from toluene); n-C4H9 1-5:1, 55. ---; C2H 3CHUCH
9 9 3
3:1, 39, 137-139 (from aqueous alcohol). Below are given starting RU, yields
of Vb and Vc in %: %H5U. 45.3, 37; 'so-C3*i, 15.6, 8.34; n-C3H7L, 40.7.
31.5; iso-C5RljLi. 10, 27.6. From 1.4 g of Li, 20.7 g of IXI and 15.8 g of Iz
in 120 ml of ether IIIa was obtained with 42% yield, M.P. 152-153* C (decompose;
from water); the yield of IlIv-20%, M.P. 155-1561 C. From 1.47 g of L-1, 16.5 g
of la in 80 ml of ether VIIa was obtained with 39-41% yield, M.P- 56-57-50 C
.(fro-- lacohol). Also obtained.-with other VI's (indicated are R and yields in %):
P-tolyl. 25-33, m-tolyl. 25-33; m-tolyl, 29-32; n-C6H4N(CH 3)2" 55. Below are
giving starting bromide, yield of VII in %, M.P. in OC: n-XVIII, 44.4,- 169-170
(from alcohol); meta-XVIII, 40-43, 149-151; XIX, 53, 172-180; P-CH30C6H4Br,
Card 315

L 12281-63
Synthesis of lithium organic ... S/081/63/000/005/038/075
38, 176-177 (from alcohol). Below are given starting bromide, yields of II1b
and Mc C,Hgr, 36, 17.7;,O-XVIII, 42.2, 42.8; meta-XVIII, 35, 19.6; p-
0
XVIII, 19-5, 21.7; XIX, 3?.4,:26.1; p..(a3)2NC6H4Br. 29.1. 18.5 (after separa-
tion of Mb, m. p. 14?-1480 Cj V1b was isolated, .'ield 12.1%, m.p. 105-1060 C
(from alcohol); Oxime, M.P. 138-1390 C; Va. M.P. 1589-1900 C (frcm alcohol). To
a solution of 0.01 0 0.5 moles of RLi in 25-60 ml ether 0.01-0.05 moles of~
VIII in 5-40 ml of etherare added and the mixture is heated. After 3 hours IV
Is added to the formed IX and I't is heated again for 3-4 hours. Under the reac-
tion conditions.water is split from the produced XIa and (C6H5)9C = C(c6H5)CN
is obtained with 30% yield, m.p.'165-1680 C (from alcohol); XIb, yield 21.2% M.P.
179-1800 C. Below are given RLi, yield of Xa and Xe in %, CH~Li, 38,
If-c3ff7L, 40, 3-1.9; H-C4H9, 47,'54.5; C6H5Li,' 41. 50., o-CH3CALi, 45, 23.7;
O-CIOH-ILi, 44, 41.2. From 0.4 g of Id, 2.4 9 Of H-C4HqCl, 3.95 g of Ia.and 5.2
g of XII (Arl - C05) in 120,ml of ether XV (Arl - C6H5)1 is obtained, with
38% yield, m.p. 257-2590-C. Also obtained are other XV's (given is Arl, yield
in %, =.p. in OC): p-CH 3OC6H4,29, 220-223; p-ClC6H4, 51, 242-243 (from glacial
CH3COOH)'. From 0.35 g of Li. 5-13 9:Of XVTII, 3.95 g'of Ia and 5-85 9 of XIV
Card 4/5

Synthesis of lithium organic .... S10811631000100310381073
in 100 ml of ether.XVI is obtained,with 45% yield, m.p. 254-2550 C (from alcohol).
To IIa (from 0.4 g of Li, 4-3 9 of XVIIIv 3.95 9 of IA in 70 ml other) are added
6-35 9 of CO,~HpCl and the yield of XII (Ar = C6H -P- 8&890 C
5) is 77%, m
(from chloroform). Also obtained are other VII's (indicated is Ar, yield in %
and m.p,, in OC); o--ClC6H4, ?3, 121-122 from other-peter. other); p-ClC6H4,
?0,.140-140.5 (from aqueous alcohol); meta-NC6H4,82, 128-129 (from water). To
a solution of Ilin ether I equiv. Shiff's base is added, it is heated for 6
hours. decomposed idth ice and NH4Cl, the Na-salt XVII is acidified with, CHjCOOH
and XVII is seperated (shown are Arl Arl 1. yield in %, m.p. in 0 G): C6H5, C6H3,
74, 157-158(from aqueous alcohol); C6H Y n-CH 3CA, 60, 178-180 (from aqueous
-naPthYI. 70,~156-137 (purified through chlorhydrate); p-
alcohol), C6H5
~030COO C6H5, 78, 141-143 Urom~aqueous alcohol). Ya. Komissarov.,
[Abstractor's notei Complete translation]
Card 5/5

SHOPOV,9.; BOFUSDV,G.; ITIVIIII0,11,1Z,
- . . ~--n
Addition of dialkylphosph 'Les t,) phen",rlfjjrylkc-'..- e and methil-
furylketone. Dmklady 13PN 17 'F-4
1. Predatavleno B.Kw`~.-7yr-

BORISOVf G.
Addition of dialky-lphosphites too(- and 9-naphthaldehydes.
Doklady BAN 17 no.7.-.633-636 164.
1. Submitted by Corresponding Member B. Kaurtev [Kurtev, B.].

BORISOV, G--, V~
.jde,,.yc!es and ketone3.
~O ,
ile
Addition of bis-( -c~jlloroethyl) pho3ph L u
~l - -927 64.
Doklady BAN 17 no 10,925
1. Submitted June 3, 1964.

ACC NR: AP6031805 SOURCE GM:
AUTHOR., Mihail v. M.; Gerd~ikova, S-.-,. Borisov, G.
ORG: Institute of Organic Chemistry, BAN
TITIE: Production of phosphorus-containing polyestermethacrylatesi
SOURCE: Bulgarska akadeiFy-an-a ni-dl Ete. Doklady, v. 18, no. 9, 1965, 833-836
TOPIC TAGS: phosphorus compound, polymer chemistry, flammability, esterification,
oligomer
ABSTRACT: V 'Some of the existing synthesized polyester-
I.mathacrylates have shown very'Sood binding properties in the coca of gloss,
plastics ona-film-forming substances and are commercially produced in the U86R,
:However, like moot organic polymers, they suffer from the major drawback of
1-being Inflammable@ Injections of phosphoric atoms or phosphorus-containing
'groups tend'to reduce greatly this defect. Consequently, the authors
investigated we yo for synthesizing phosphorus-containing polyestermothacrylates;
(PEM) o~ varying structures. The present paper given detailed description of
PEM production by re-saterification of the diethylester of the benzylphosphonic
acid with othylono-glycol and a subsequent mathacylation of the hydroxyl-
~containlng oligomerst The polymerization of the synthesized benzylphosphonate
PEM and the properties of the polymers obtained from such-polymers in the
t
Isubj et of a m-sporste studyt the results of which will be published later, _-i
T4is paper ws.s`preaWAAd by Corresponding Member BAN B. Kourtev on 31 May 1965.
ZOrig. art. in Engk/ LJFRS1 34s5187
SUB CODE: 07 / SUBM DATE: 3D4ay`65 / SOV REF: 005 / OTH REF: 002
Card 1/1

L 7898-66. EWT(m)/E-PF(c)/EWP(j) . RM
ACC NR., AP5024972. SOURCE C?e: UR/0286/65~ROO/016/0034/003 X
AUTHORS: Kabachnik, M I Tsvetkov, Yee N.; Lobanov, D. I;Borisov, GO;
Malevannaya,
ORG: none
TITLE: Method for obtaining methyl-di-(aryl-o.Vwthyl)7 or methyl-di-( -alk2M-
othoxym!LhZl)-p4osphine-oxides.q pla sJ2., No. 173765
SOURCE: Byulleten' izobreteniy i.tovarnykli znakov, no. 16, 1965, 34
TOPIC TAGS: alkoxf phosphine oxide, phosphorus compoundp organic phosphine,
J-jA0f444-V-' 6"Wft'-L't- 0-*Uk , JAQArAQA4.4- et~--a
ABMACTr This ARthor Certificate presents a method for obtaining oxides of
either methyl-4i-(aryl-oV=thyl) or mothyl-di-( @ -alkoVethoxymethyl)-phosphines
.The oxide of methyl-di-(chloromethyl)-phosphine is reacted with sodium phenolate
or with sodium alko.Vethvlate in an inert solvent such as toluene.
SUB CODE: 07/ SUBM DATE.- 2Wul64
nw
Card 1A UDCt 547.419.1.07

t-t0.
Mat
:9 u
!-.
I all v
A 141
3
j
fill,
.4: nil a

_IB30RISOV G.A- (deceased)
j_
Choosing the layout of water-supply networks for populated
places and industrial enterprises in permafrost regions.
Sbor.nauch.rab.AKKH no.1223-12 162. (MIRA 16:4)
Ofater-Dietribution) (Frozen ground)

BORISOV, G. A T.UKHAM-T, U. A.) L- 1~. \Z--If
"Rotating Stall in Compressors."
report presented at the First A.11-Union Congress on Theoretical and Applied
Mechanics, Moscow, 27 Jan - 3 Feb 196o.

BORISOV, G.A.; LOKSHTANOV, Ye.A.; OLISHTEYN, L.Ye.
Rotating stall in an ajdal-flow comprossor4 Prom.aerodin. no*24i
35-47 162. 1 (MIRA 16:7)
(Compressors--Aerodynamics)

BORISOV, G.A.-
Computer system for calculating and registeri ng the consumption
characteristic of a boilere Trudy Kar. fil. ANMSR no.40t
17-33 164. '(MIRA 17 12)

'q, q~, j-6
AUMOR: Borisov, q. A.
s/o44/62_/ooo/co9/oi6/o69
A060/A 000
TITLE: On a boundary problem for the Tricomi equation
PERIODICAL: Referativnyy zhurnal, Matematika, no. 9; 1962, 49, abstract 9B236
("Tr. I-y NpLuchn. konferentsii matem..kafedr. ped. in-tov Povolzhtya
1960". Kuybyshev, 1961, 40 45)
TEKT: The Tricomi equation
YUxx + Uyy 0 (1)
is investigated in the domain 8, bounded by the Jordan line-- with endpoints at
the points A(O, 0) and B(1, O)-in the halfplane y ~ 0 and the characteristics
AC : X (-y)3/2 and BC x*= (-y)3/2 + 1
3 3
~f equation (1). Ek(ak' 0) (k = 0, .1, ..., n+1)1 a0 = 0, an+1 (ak '-/ an+l)
are pointb on the x axis. A k and B~ are the points of intersection of the char-
6rd 1/2

,,/o44/62/ooo/oo9/oi6/o69
On a boundary problem for the Tricomi equation A060/AOOO
acteristics AB and BO with the characteristics EkAk and EkBk originating at the
point Ek. The generalized Tricomi problem is considered, consisting in the Pind-
ing of the solution of equation (11) in the domain 6, besides the points of the
segment AB and the characteristics EkBk, EkAk- The requisite solution takes
the required values on 6and on AkAk+,. or BkB.
, ,+, (depending on whether k is even
or odd). The solution of this problem in a class of generalized solutions is
represented in a convenient form and the uniqueness of the solution is proven.
In conclusion, a r'elationship is derived between tile values of the solution and
its derivatives on the segment AB and the boundary values.
L. Ye. Vostrova
[Abstracter's note: Complete translation]
Card 2/2

BORISOV, G.A., red.; YEWAKOV,
R.I., red.;
1. V. , red.
I.V., red.; YERMOLD1, M.A., red.;
SEICEYEV, P.A., red.; FEDOROV,
(Collection of articles on scientific methodology; physics
and mathematics faculty) Nauchno-metodicheskii sbornik,-
fiziko-matematicheakii fakulltet. Kurga~ 1962. 238 p.
(MIRA 16:12)
1. Xurgan. Gosudarstyennyy pedagogicheakiy institut.
(Physics-Study and teaching)
(MathematicB-Study and teaching)

BORTSOV, G.A., inzh.
sustem for the determination of the optimal characteriE;-
ties in electric power plLants. Izv. v-ys. uchebe zavo; energ, 7
no.11:113-116 V 164 (MIRA 18:1)
I
1. Karelrakiy institut lesa Gosleskomiteta pri Gosplane SSSF-

ARTEMIYEVA, N.K.; VAYLUKOVA, G.A.; OCHNEVA, I.N.; SOTSKOVA, A,S,;
MRI
Recovery of zinc sulfate from settling and plastification baths.
Kbim. volok. no.5;67-68 '65. (MIRA 18110)
1. Krasnoyarskiy filial Vsesoyuznogo nauchno-issledovatellskogo
instituta iskusstvennogo volokna (for Arter,'yeva, Vaylukova,
Ochneva). 2. Krasnoyarskiy zavod iskussluvennogo volokna
(for Sotakova,- Borisov).

GOVALLO. Ivan Ivenovich;-BORISOV, G.B., otv.red.; WOYIKOYA, Ye.S., red.;
MARKOCH, K.G., iW '.'r_e-d-. '--" -
[Standard television centers and television relay stations]
Tipovye televisionnye tsentry i retranaliatsionnve televizionnye
stantaii. Moskva, Goe.izd-vo lit-ry po Yoprosam aviazi i radio.
196o. 61 p. (MIRA 13.5)
(Television stations) (Television--Transmitters and transmission)

SANKIN, likolay Kikhaylovich; TRUNOY,.Yadim Ivanovich. Prininali uchastiye:
TIMOFETICTA, G.Ta.; KHANOY. B.A.; SAYITSKIY. B.I.. BORISOY, G.B.,
otv.red.; YCRONOVA, A.I., red.; KARKOGH, K.G., telchn.red.
[Principle@ of technical planning of transmitting networks for
television and shortwave F.M.broadcasting; inforn4tion manuall
Printsipy takhnichaskogo planirovaniin paredniushchikh satei
televizionnogo i UKY ChK veshchaniia; informatsionnyi sbornik.
Moskva. Goo.izd-vo lit-ry po voprosam sviazi i radio, 1960.
93 P. (MIRA 13:5)
1. Nauchno-lasledovateliskiy inatitut avyazi Ministerstva avyazi
SSSR (for Sankin, Trunov).
(Radio, Shortwave--Transmitters and transmission)
(Television broadcasting)

PHASE I BOOK EXPLOITATION SOV/4299
USSR. - Ministerstvo svyazi. . Tekhnicheskoye upravleniye
Printsipy tekhnicheskogo planirovaniya peredayushchikh setey televizicnnogo
i UKV ChM veshchaniya; informatsionnyy sbornik (Principles of Technical
Planning of Television Transmission Networks and VHF Frequency Modulated
Broadcasting Networks; Collection of Information Data). Moscow, Svyazlizdat)
1960. 132 p. (Seriest. Tekhnika avyazi) Errata slip inserted. 10,000
copies printed.
Resp. Ed.: G.B. Borisov; Ed.: A.I. Voronova; Tech. Ed.: K.G. Markoch.
1~
PURPOSE: This booklet is intended for technical personnel working in the fields
of television and broadcasting.
COVERAGE: The booklet is written by N.M. Sankin and V.I. Trunov, workers of the
Gosudarstvennyy nauchno-issledovateliskiy institut Ministerstva svyazi SSSR
(State Scientific-Research Institute of Communication of the Ministry of Com-
munications, USSR) and published under the auspices of the aforementioned
institute and of the Tekhnicheskoye upravlaniye Ministerstva svyazi SSSR
(Technical Administration of the Ministry of Communications, USSR). The book-
let presents basic principles for planning transmission networks of television
Ca#[-:-1/6,

Principles of Technical Planning (Cont.) SOV4299
and VU f-m broadcasting. It describes physical processes occurring in meter
wave propagation, the regional distribution of field intensity around radiat-
ing systems and protective relationships ensuring the quality of television
and VHF f-m broadcast reception under various operating conditions. The book-
let reviews methods of determining the effective area of service of a trans-
mitter in the presence of interference fiam other transmitters and the probable
quality of television and VHF f-m broadcast reception. It introduces the con-
cept of protective field intensity and establishes the period of interference
during which the relation of effective transmitter field to that of the inter-
fering transmitter is equal to or less than the established protective re-
lation. It fixes the minim2m number of channels required for bringing tele-
vision to the population of a given territory in relation to the height of
antenna masts and the power of transmitters. Methods of distributing operating
frequencies between television and VHF f-m broadcasting transmitters are re-
viewed. Finally the appendix contains diagrams showing the change of field in-
tensity depending on distance for the 48.5 - 230 Me frequency range and for
various periods of time. The authors thank G.Ya. Timofeyeva, B.A. Khanov,
B.I. Savitskiy, A.I. Kalinin, Z.V. Topuria and editor G.B. Borisov. There
are 50 references, 21 Soviet, 21 English, 6 German, 1 French and 1 Italian.
car*_~~%_

69834
5/106/60/000/011/010/010
A055/AO33
AUTHOR: Borisov, G.B.
TITLE: T.eIevi si on-and -ki-dio Transmitting Station "IGLA"
PERIODICAL: Elektrosvyazl, 1960, No. 11, PP. 74 - 75
TEXT: The new Soviet television-and-radio station "IGLA" has been
successfully developed. The power of the new video-transmitter will be 5 kw,
and that of the accompaiifing sound-transmitter 1.5 kw. The station will
operate within the frequency range from 174 to 230 Mc- Here are some of the
principal features of the new station, as specified in the present article:
Both the video-transmitter and the sound-transmitter consist of two inde-
pendent units,. the power of each unit being one half of the total rated pow-
er respectively. In the video-transmitter, modulation takes place in the
stage preceding the last one. The suppression of the lower side-band is
mainly effected in the output circuits of the final stages. New, specially
designed, air-cooled beam-tetrodes with a high power-amplification factor
are used in the video-transmitter. The new station permits a high-quality
Card 1/2 ux

89834
Television-and-Radio Transmitting Station "IGLA"
S/106/60/000/011/010/010
A055/A033
transmission of monochromatic (black-white) television, using the system of
offset carriers. However, the possibility of color television (according to
the system of simultaneous quadrature modulation of color-subcarrier) is
allowed for. From the technological and economic point of view, the new
station "IGLAII is considerably superior to the previously designed stations
of the same rated power. The quality of sound transmission is also remarka-
ble. The coefficient of non-linear distortion is lower than 1~ in the 100
to 15,000 cycle range, and lower than 1-5,"- in the 50 to 100 cycle range.
The level of f.m.-background noise is below 60 db, the level of a.m.-back-
ground noise below 52 db, and the level of spurious amplitude modulation
below 40 db.
Card 2/2

BORISOV,_ VASILIYEV, Sergey Vasillyevich
C-- - --
[Sverdlov Machine-Tool Plant; an outline history of the
Sverdlov Machine-Tool Plant in Leningrad, 1867-1961]Stan-
kostroiteltnyy imeni Sverdlova; ocherk ; ocherk istorii Le-
ningradskogo stankostroitellnogo zavoda imeni Sverdlova, 1867-
1961 gg. Leningrad, Lenizdat, 1962. 350 p. (MIRA 16:1)
(Leningrad-Factories)

KAL"BIN, Vladimir Sergeyevj,h; IPRISW, G.B., otv. red., KAORIN,
YU.I... red.
(Ay~alvsls of circuits fov the reimertionof he d.c.
e-v1ponent in Lelovision) Analiz skliam vosstanovleniia pc,-
stoiannni soztvliaiushchei v tele'videnii. Moskva, Izd-vo
"Sviliz',,, iv, P. OAIRA 17t0')

LAYNER, A.I.; BERENT, Ya.K.; KOLENKOVA, M.A.; 'P~R~~V. G.B.
Obtsinin-g'cop~br-~zir6onium S'dditi.on alloys from potassium fluoro-
zirconate. TSVPt.mPt. 38 no,3:97-90 YX 165. (KMA 18:6)

/V Is
TITKOV, 4; VARZANOI(, M.A.; SUZINGER, I.I.; O.F.;
BMISOVS G.I.
Drilling by umans of electric discharges in fluids. Neft.
khoz. 35 no.10:5-10 0 157. (MIRA 11:1)
(Oil well drilling)
(Electric discharges)

~14W 44~143
a -hot
3.9~'_v 0-24% Ni 'l;1!
CT 51rd-s vTer.2 clectn~lvtk~ftlly m,,ted
trul J'elf i,".
after W, and hmted 1,, 36 hr5. ,,t j~~,J,.
laljers,~7erc take' Off ibeir
the 0radLatLon -,v-as PT_,iding suf4ace, and
tilt eocfj. 01 "y
dif1wiclyl,
I
d-:25 bra' nt -b pec;mms
ur-atment. Ile dillusiOn cmk. for them,
-96 Pad 1,r) ' fur Au __
Inartellitt'. TXJIC]Lu' -tm!tl and 4.7 find 4 6 X 10,
"'), fl- of CiLr%niarl, W111"t, rLt
the %Amc ~411r%ah,Zr
blillg Ile tratV Q#
ed in C_j4j_p,,
Fe -Ws Rt PW' i, 20 1j,,y :Ind in C r
.111 ., I i~. - , - . ~~d at _'(W" zin 4 tu!cj 9 11,

DEVYATYKH, G.C,.;._ BORISOV, G.K.; PAVLOV, A.M*
Separation of silicon isotopes by monosilane rectification* Dokl.
AN SSSR :L38 no.2.-402-404 W 161. (KUM 14:5)
la Nauohno-issledovatellakiy institut khis4i pri Gortkovskom
gosudarstvennom univeraitete im. N.I.Lobachevskogo. Predstavleno
akad"om A.N.Frdmkinym.
(isotope separation) (Silicon-Isotopes)

L 1650-63 EXT(m.)/BD3
149/oo6/oD8/021
S/O.-0/63/
AUTHOR: Devyatyk1h, G and.Borisov,
TITLE: Separation of silicon istopes in monosilane by the thermal diffusion
method
PERIODICAL- Ahademiya naukSSSR.~ Do%lady. v. 149) no. 6. 1963) 1293-12,04
TEM. The authors investigated the possibility of separating silicon
isotopes by the thermal diffusion method-* Monosilane vas used as the working gas,
because the relative difference in the imsses of istope molecules for this gas
is greater.than for any other silicon coMound. The experiments were performed in
a metal column of the cwmiall cylinder type,, the inner cylinder having a temperature
of 250,C and the outer being water-cooled to '-- :15*C. A relationship was plotted
between the pressure of nonosilane in atmospheres and the separation factor. There
is 1 figure. She most iimortant Engl-ish-language reference reads as follows: C. P.
Kei,m, J.,Appl-, 11hys., 24., 1255 (1953).
ASSOCIATION: Nauchno-issledovatel'sIdy institut Whimil pri Gor1kovsk= gasudarstvennom
universitete im. N. I. Lobachevskogo (Scientific Research Institute of
Chemista, Gor'kiy. State Unlveraj~ ~izen~ig- I. ~~qheyskly
SMETM: aune 28, 1962
Card 1/1

71-
~1 '18871-63 Fr-4 WWIJW
L
ACCESS= NR: Anoo6616 510076163103710091198511988
AUTHORS a I~pyyatyfths Go Goj Boriaov$ Go No
TITLE: Separation of silicon isotopes by thermal diffusion of monosilane
SOURCEs Zh* fizicheakoy kbiml-1.9-vo 37., no* 9j. 1963., 3,985-2988
TOPIC TAGS: monoallane thermal diffusion, silicon,, silicon isotope., silane.,
Onsager Zeory
ABSTRACTt Possibility of separation of silicon isotopes by thermal diffusion
has been investigatede Monostlane was employed in this stud~r because the relative,.
i difference in masses of isotope volemdes is greater in-monosilane than in any.
other silicon compoundo Zeparation was carried out on a coaxial cylindrical
colimn with 2 mm gap., 46nm inside diameter and 102 cm long working surface,
The experimental results are in agreement with the Johns-Ferry-Onsager Theory.
FarameterB of the ideal cascade for producing I SM of monosilane per 24 hours
containing 20 atom-pereent of Si-30 have been determined* '"ele wish to express
our appreciation -to Eo I& Ovcharenko for his assistance in conducting the
experiments*" Orig. art. hast 3 figures and 2 tables.
1/2
Card

L 18871!-63_..__.
ACCESSION NRs AP3006616
ASSOCIATIONt Goikovokly gosudaretvanr" universitat ~m. N. 1. Lobachavskogo.-
((;orlkiX State UniveraitY)
SUEHITTEDt 25jun62 DUE ACQ: 3oSap63 ENCLi 00
SUB GODEt OR NO RU SOV: 004 07RER:
004
2/2
-card

F;6c
SOURCE CODE: UR/0240/66/000/002/0021/0025
9
AUTHOR: Borisov, G. K.
i ORG: Leningrad Scientific Research Institute of Physical Culture (Leningradskiy
nauchno-issledovittel'skiy institut fizicheskoy kul'tury)
TITLE: Dynamics of fatigue of railroad dispatchers during day and night shifts
SOURCE: Gigiyena i sanitariya, no..2, 1966, 21-25
TOPIC TAGS: working capacity, fatigue, stress, vestibular function, cardiovas
system, conditioned reflex
ABSTRACT: Railroad dispatchers perform fatiguing work under stress in the course
of a 12-hr day or night shift. In order to determine the dynamics of fatigue in
such work, 37 dispatchers were examined at their working locations. Physiological
tests were conducted before work, 5 times during the shift, and 30 minutes after
work. It was found that this type of work disrupted vestibular function, as indi-
cated by unsteadiness during walking and instability in the Romberg position. The
following disturbances were also noted, usually in the last 6 hr of work: tremor
of hands and eyelids, increased.perspiration, altered handwriting, increased
nervousness, etc. Cardiovascular indexes changed considerably: during the first
6 hr of the day shift, systolic pressure decreased 13.6 mm and pulse rate decreasei
11.1 beats/min. During the first 3 hr of the night shift, systolic pressure
L Card 112 UDG; 613,6;656,071j7-;