SCIENTIFIC ABSTRACT BOGOSLOVSKIY, I.M. - BOGOSLOVSKIY, V.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000205930011-0
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: June 9, 2000
• Sequence Number: 11
• Publication Date: December 31, 1967
• Content Type: SCIENCEAB

SHEVELKIN, B.N., kand.tekhn,nauk; BOGOSLOVSKIY, I.M., inzh.; KRAVCHENKO,
L.L., inzb.
Investigating the pressure workability of steel-silver bimetallic
sheets, Sbor.st, NIINHIMMASH no.3309-112 160. (MIRA 15:5)
(Metalwork)

21925
luo S/164/61/000/003/003/004
12,8~ 11040113
AUTHOR: Shevelkin, B.N., Candidate of Technical Sciencest Kravchenko,
L.L., Golovanova, A.P., ffi7g~slovskiy, I.M., Engineers
TITLEt Investigations concerning the possibility of.working titanium
alloys by means of pressure
PERIODICAL: Khimicheskoye mashinostroyeniye, no- 3, 1961, 33-38
TEXT: The article contains some data of the above-mentioned investigati n
0 11
carried out at NIIKhIJMSh to be used in the manufacture of parts for devi-
ces of the chemical machine building industry# The investigations have been
carried out on BT1 (M) alloy sheets, 1.5 to 8 mm in thickness and on OT 4
OT 4) sheets 1-5 and 5 mm in thickness. Fig.]. shows that the stability
6B and 60.2) of the alloys decreases without variation when heated up
~
from 20 to 7000. A maximum decrease in a temperature range of 20-4000 has
been observed with samples which had been out out transversely to the rolling
direction. Impact toughneBs variation of M (6 mm thickness) and OT4 (5 mm
thickness) in a temperature range of - 70 to + 10000 is shown in Fig.2. At
temperatures close to 10000,iqmct taElwess values could not be obtained since
Card 1/6

21925
S/184/61/000/003/003/004
Investigations concerning the possibility ...... DOWk13
the samples only buckled due to high plasticity; in Fig.2j this is shown by
a dotted line. On investigatin the mechanical properties of the M tita-
L
nium sheets (12 and 25 mm thickl there was no indication of anisotropy of the
mechanical properties along the length and breadth of the rolling directi--n.
The mechanical and plastic properties of the alloys were tested under various
heat conditions. M samples were heated in the furnace (from one to three
times) up to 7500, OT4 samples up to 8000 and cooled in the air; the soaking
time was changed from 20 to 160 minutes, and the samples were cooled in dif-
ferent media (water, air and together with the furnace). The tests have
shown that triple heating with 160 minutes' soaking at temperatures below al-
lotropic conversions deteriorates only by 5-10% the'plastic properties of
both alloys. A corrosion test in a 1 510 H2SO4 solution indicated that a heat-
ing of up to SbOO with short soaking ~uP to 30 minutes) does not change the
corrosion resistance of the metal. Prolonged soaking at temperatures of 7500
deteriorates the latter property. Table 3 shows the permissible bending-ra-
dii obtained from investigations with cold and hot samples.. After the bend-
ing tests, corrosion tests were carried out during 100 hours under the guid-
ance of G.L. Shvarta . The technological media contained molybdenum
trisulfide, molybdenum and tungsten sulfo-
Card 2/8

2122 c~
S/18 l1OGxjj1M31X3/-rAD4P
Investigations concerning the possibility D041 D11.3
salts, as well as hydrochloric acid and sulfide compounds. The co5rosion
speed of VTl did not exceed 0.015 G/m2hour, and of the OT4 0.06 G/m, hour.
Shells rolled out from titanium sheet with a lengthwise welding seam can be
flanged with a local heating up to 300-3500, and in o&se the whole shell is
hot, with a general heating up to 550-7500- The largest flange diameter
is determined by the following formulaz
D.. -_V4 :, - Goof
max cimean,mo flanging
The symbols are exp1hined in Fig. 6a. Drawing tests with titanium alloys
have been carried out in die-sets by means of a 30 ton hydraulic press.
As punch material C435-52 (SCh 35_52) ohromium-nickel cast iron is recom-
mended; the dies should-be made of the same cast iron with steel inserts or
of steel whose surfacelhas been consolidated to a hardness of RV 56-60.
The working surface of the punches and dies must have a fineness of 7 9, and
if higher accuracy-is required, the surfaces must be polished. Bottom
stamping from titanium alloys was also effected. The following conclusions
were drawn: 1. Bottom stamping from M with a relative elongation of more
than 20% can be effected in the cold state; if the press has not the neces-
sary capacity, the punches and blank should be heated to temperatures of
Card 3/13

21925
S/184J61/000/003/003/004
Irvestigations conoerning the possibility ...... D04!/Dll3
0
300-3500 or the blank should be heated to 550'-750 . Bottom stamping from
M with a relative elongation of less than 20% in the cold state is not
recommended. Bottom stamping from OT4 alloy should be carried out by
heating the die'-set and the blank to temperatures of 300-3500 or by using a
hot piece with temperatures of 650-8500. 2. Die-sets for stamping ellipti-
oal bot'oms should have a curvature red 'ius(of (2"3) d a clearance
(unilate
ral) between die and,punch of z - 1-05 f 1' 1) -, 3- Cold stamping
requires XBA -21 (KhVL-21) or 9-32 lacquers as lubricants for covering the
blanks, as well as'water-colloidal preparations like 8-0 (V-0) or 8-4 (V-1).
For hot stamping it is recommended to use V-0, and V-1 or dry graphite to
be sprayed on the surface- 4. The blank's edges should be GIV4nlyl6ut,and
the burr removed- 5. In order to increase the plasticity and remove the re-
maining inner strains, a heating to 55o-6ooO with a soaking of 3-4 minutes
per every mm of the bottom-wall thickness must be effected. 6. Corrugations
and bulges can b~ 'removed by secondary stamping or by heating them up to
400-5000 and hammering with a copper hammer on the die. Flanging, expand-
ing, flattening, bending and rolling tests with cold VTl pipes (diameter -
26 mm, wall thickness - 1.~ mm) have been carrioa out. The M had a sta-
bility limit of 46.6 kG/mm and a relative elongation of 21.5%. The teets
C ard 4/18

21925
S/184J61/000/003/003/004
Investigations concerning the possbility D04l/Dll3
gave satisfactory results. 26 x 1-5 mm Pipes in a framework with apertures
of 26.4, 26.6, and 26.8 mm, have undergone rolling testst no detects appea-
red on the surface and the expansion degree was 0-7-1-5% which corresponds
to the HMX-105-56 (Mh-105-56) standard. Technological tests with 25 x
1.2 and 38 x 3 mm M pipes gave bad results. The pipes disintegrated
along the welding seam. There are 7 figures and 6 tables.
Card 5/8

- 219?5 - - - -- - -., ~ ~ . .
S/18 61/000/003/003/qO4
D041YD113
Investigations concerning the possibility .... **
I I Fig.lt Variation of the mechanica

i properties of VTl(3 mmi thick)
1l
t
t
f
i
a
n a
empera
ure range o
oy
20-7000.
oo Legend: (1) Relative contraction
4 q;. (2) Relative elongation
0%. (3) Viscosity boundary
59 M. (4) Stability limit
V (5) Samples cut out

di 11 ia the rolling direction. (6)
-V Samples out out transversely to

Zt tiia rolling direction.
E
k
10 W *Vd 3W W 5W SM W *C
Temoirpamypa uen6tmamup
Omr. 1. H3meHeHHe meiaHHqeCKHX tisoftvi atitatia BTI (.niter
t _.W 6-3 xm) 8 HHTeptinae TemnepJITYP W-70W:_
/8~ OOPB311M 1IMP01111M sAaab wantiamemmm npoxm; - 06-
Cara 6 PA39M NWPe3AH1d 110"tPeg 141111PANUMUS 11POKATA.0

21925
Investigations concernipg the possibility D041YD113
2
Fig. 2: (1) kG-m/cm . .(2) Impact
it twghnees. (3) Testing temperature.
I alloy. (5) OU alloy. (6)
I out in the rolling ai-
0. Sam'ples cut
otion. (7) Sam(ples out out trans,-
r
e
fo A z
versely to the rblling direction
5 IN
V
f 00
JT --L
-50 -30 fe -9 C fV 7W 4W SM W T
r.-2. H3meweHHe YASPHOR ON 4,1 BTI (aw
am Cn.,
-6 xm) x OT4 (amcT 0-5 x a MlitepsUe TeMnePATYP-
,oa
-70-+.? .
cnAss BTI;(,D-. MW OV; 06PA3%LM DUPOS"M
06RA311M SUPOMMU OwepeR WOUPAS.
Card 7/8

21925
S/18 61/000/003/003/004
Investigations concerning the possibility D041YD113
Table 31 Permissible bending radii for VT1 and OT4.alloYs.
.-,Tdg-4u'4a 3Table 3: (1) Bending temperature
Aony"Hmue P~Amycw rK6KH AAR CUROOD BTI m OT4 in 00.(2) Alloy brand. (~) S .
(1) , ) Sheet thickness in mm. For VT1
MAPKA Congo
0 alloy 1.5 8.mm, for OT4
TemneJUTYPS rV6KNC
I BTI OT4 1.5 mm.
20 49* 66
3DO M U
750 1 2b 3b
(3-) - TOAULKN AWLTi 9AM. AAN comm OTI A w tog + I Ats, An
VT4 3.5
D,M M Dmax
d, = d Fige 6a
mean
- sheet thickness
Card 8/8

ACCESSION*NR: AR4027678 S/0276/&/0O0/001/V003/V004
SOURCE: R~h. Tekhnologip MashihostioYedyal Abs.,'IV5
AUTHOR% B6gosloiskiyj X* He
TM.E: A stWy of the pressure treatment of steel-bronze, steel-braos,
steol-copper bimotals
CITED SCURCE% Tr. Vses, ni-it - :1 kons~rukt. in-t-khim. mashinostr.s vy*p. 43,
1963, 49-53
TOPIC TAGS: bimetal,,steel.-bronze bimetal, steel-brass bimetal, steel-coppeir
bimetal
TRANSLATIONS" The author presents the results of a study on the stampability
of bimetals steel 10-Br, 0.4 steel 10-brass 90P and steel 10-XZS. The
dimensions of the bimetallio shoots was 1200 X 200 X 10 = with a cladding
layer thickness of 4 mme It was establisbed . that the extrusion of bottoms
and shells 400 mm in diameter without prelUdnary thermal processing may be
performed oray ~dth ono-pieop billetel welded billets requize preliminary heat
Card 1/1

-ACCESSION NR: "4042505 8/0182/64/000/007/0001/0003
AUTHOR: Bogoslovskly, 1. M., Maelov, Ye. 1.
TITIX: Pressure workability of the bimetals steel-copper, steel-bronze, and steel-brass
SOURCE: Kuznechno-shtampovochnoye proizvodstvo, no. 7, 1964, 1-3
TOPIC TAGS: bimetal. clad steel, steel 10, bronze, copper, brass, bronze clad steel,
brass clad steel, copper clad steel, bImoW mechanical property, bimetal strength,
bimetal workability
i ABSTRACT: The expensive structural materials used In the chemical industry can often,
be replaced by less expensive bimotals such as clad steel. Ito present articlo roports the
results of Investigations conducted by NEMNNMash on the mechanical and technological
properties of clad steel which affect Its pressure workability. The following bimetals were
investigated: steel 10,-MZh Z and steel M90-2 with thicknesses of 3, 5 and 10 mm having'
a 1, 2 and 4~mm-thlck cladding,* respootivft plus steel 10-Br. OZh 4-2 with thickneases
of 5 and 10 m* m having a 2 and 4-mm-thick cladding, respectively. The niechanical
properties of these bimetale were deter=&od In a temperature range from - 70 to + 900 C'.
Card 1/4

ACCESSION NR: AP4042505
using 10-mm-thick specimenB. Ile specimens were cooled In a container with carbon
dioxide and ethanol, heated in a tube-type electric furnace. The influence of repeated
heating to 800 C at various soaking times with subsequent cooling in air was* also Invosti-
gated on 10mm-thick specimens, as well as experiments on the cutting of bimetal sheets 1
with guillotine shears, cold and hot bending around a mandrel, and cold and hot stretch-
forming in a press. The results are tabulated, and some are shown in Fig. 1. of the
Enclosure. On the basis of the results obtained, the authors conclude that these bimetals
exhibit sufficient plastic properties so that they can be recommended for the manufacture
of details to which pressure must be applied (bending, rolling, stretching). They point
i out that cutting of blanks from bimetal sheets on guillotine shears has to be done from
the clad side, in order to avoid separation of the cladding from the base-mew; bending-of
bimetal sheets around a mandrel can be performed with the cladding on either the outer or 1
1 inner curve of the bend, but the radius of curvature of the mandrel must not be smaller
than 2 thicknesses of the sheet; (4) stamping and rolling of bimetal segments can be done
from one-piece or welded blanks, whereby It Is recommended to subject the blanks -to
previous heat treatment consisting of heating to 650C, a soaking period of 2 hours, and
cooling in air. In case the capacity of the pressing equipment is limited, hot pressing
ord 2/4
C

ACCESSION NR: AP4042505
can be used, but in either case provisions have to be made for holding down the billet
edges. Neither the bonding strength between the cladding and base-metal nor the
mechanical and plastic properties of the bimetal are noticeably affected 6~ triple
application of heat to 800 C with soaking periods of 10 minutes to I hour; while the
mechanical properties of the bimetal decrease uniformly with an increase in temperature,
the plasticity decreases on heating up to 300-400 C and then increases; finally, the bonding
strength of base-metal to cladding decreases *Ith Increasing temperature and Increases
somewhat when, It is lowered to -70 C. Orig. art. has; 3 ftgur~es and 2 tables.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 01
SUB CODE: MU NO REF BOV.- 000 OTHER: 000
Card- 34,

ACCESSION NRi "4042606-14a, ENCLOSURE: 01
IM SM M 4 -70 -0 -50 -to -.v -20 - M -C
V
r
__TT
X jog JLJ Ic -70 -10 -30 -~o -j0 -10 -to
. go 61
Fig. 1. Changes In rupture strength and shear strength of 10-min-thick specitnens of
clad steel with changes M temperaturo,.. a. In the temptarature range 2-0-900C;
b. In the temperature range 0 to -70C. I - steel 10 + bronze Br. OZh 4-2;
2 - 10001 10 + copper MMOL- steal 10 + braps LZh 00-2. in asch praph.
ordinate strength In Wmm'; abselena temperature in 'C. Upper graphs
rupture strength; lower graphs = shear strength.
C ni 4 /4

'I X,
rC-=,IC-V, SX.,~ MCC -'Imnl Y. Im' tpn-" G.!'., v, T.S.,
~~"Icfa'cv' V.A.~ SILCIFICV9 I.F., -I-BRILOV, L."T'.., 11"1-17'771,', -%G., TCI-mr., 1-.S.
StrcllnJkov, D.A.
Concerning the review by Prof. D.A. Strellnikov, Docents B.S. Lek-shin and Ya.Ye.
Nekrasovskiy, and Eng. V.A. Florov on Acad. L.D. Shtvyakcv's bcok I'Fundmtental
Theory of Planning Coal Ilines." UgletkhIzdat, 1950 (Ugol.Ino- 3, 195Z), Ugol'27,
no.7, 1952.
1952
9. Monthl List of Russian Accessions, Library of Congress, Cetober _FqmH, Uncl.

BOGOSLOVSKIYV I.S., dotsent
Now method of determining the length of a mine area (in connection
with the article by N. G. Kapustin). Izv. vys. ucheb.(zav.; gore
zbur. no.9:32-38 159. MMA 14:6)
la Sverdlovskiy gornyy institut, imeni, V. V. Vakhrusheva. Rekomendovana
kafedroy plastov7kh mestorozhdeniy.
(Mine haulage)
(Napastinp W.G.)

(_ BOGOSIOVSXIT, I,S., dotsent
Owe more about mining arem of limited length. Iz*.vys. ucheb.
zavo; gore shure no~12:25-30 160.' (MIRA 14:1)
1. Sverdlovskiy gorny7 inatitut'imeni V*V.Vakhruj3heva. Rekomendovana
kafedroy plastovykh mestorozhdeniy Sverdlovskogo gornogo institute,
(Mining engineering)
It',

DOG)3LOV"'KIY, 1. T.
Borpslovskiyp I. T. - "A great Russinn schol-r, on the 10th
w
anniversary of the death of Acadarnician 1. P. Pavlov",
Trudy Sarat. gos. med. in-ta, Vol. VI, 1947, p. 3-6.
S0% U-4631, 16 SePt. 53, (Letopia 'Zhurnal Inykh Statey, No. 24, 1949).

BOGOSLOVSKIY, 1. T.
Bogoslovskiyp I. T. - "On the problem of the action of cheni-
cal and electrical stimulants on the central nervous sys-
temil, Trudy Sarat. gos. med. in-ta, Vol. VI, 1947, p. 129-33.
SO: U-/,631p 16 Sept. 53, (Letopis tZhurnal Inykh Statey, No. 24, 1949).

BOGOSLOVSKIY, I. T.
Bogislovskiy, I. T. - nOn theproblem of the 'rejuvenation"
of the organism in connection with the study of higher ner-
vous activity". Trudy Sarat. gos. med. in-ta, Vol. VI., 1947,
p. 165-201.
SO: U- 4631p 16 Sept. 53, (Letopis 'Zhurnal 1nykh Statey, No. 24, 194~).

an I Novi FzTROVA, XODOV
DOGOBLOVSKIY. Iv T fl~ ch; NARKOT, B.G., re(laktor;
~ a as r ter.
(physiology of Agher nervous activitY; RA"mml for teaeheral
lizielggii& Tygmhei nervnet deiatellv*sti; posebis dlia uchi-
telel. Moskva, Gee. UchQbz*-P0dm9*9- ind-ve Kininteretva pro-
eveshchenlia RsMR% 1955. 99 P. (KI2A 9:5)
(PSYCRUMY. PHYMOLOGICAL)

1

SHUZZIN, B.N., kand.tekhn.man ; BOGOSTOVSKIY. I.M., inzh.
Study of forgeability of 123223HP3, H23H27N2T, and
X23H28M3])3T steel@. TruV NIIKHIMMSH no.26:179-185
158. OUU 13:7)
(steel-Testing)

87573
&-fzoo Imir I'lls 1401 S/184/59/000/006/004/006
AIWAO26
AUTHORS: Shevelkin, B.N.; Candidate of Technical Sciences, Bogoslovskly, I.M.
and Kravchenko, L.L.; Engineers
TITLE: On the Choice of a Method for Pressure Processing of Two-Layer 20k- X
18H12M2-t (20K-Khl8Nl2M2T) Steels
PERIODICAL: Khimicheskoye mashinostroyeniye, 1959, No. 6, pp. 40 - 42
TEXT: The article deals with new structural steels. The double-coated
steelcoysisting of a carbon-steel primer with a O8X13 (O8Xhl3) and iyi8N97 (1W8
N9T) acid-proof steel coating used in chemical and petroleum engineering shows
inadequate corrosion resistance. For heavy boilers the use of double-coated steel
with M8N12M2T steel plating is recommended. Tests on pressure processing of
double-coated 20K-Khl8Nl2lf2T 35-mm steel carried out by the Leningradskiy filial
NIMIMMASh (Leningrad Branch of the All-Union Design and Scientific Research
Institute of Chemical Machinery) are described. Plastic properties tested at
temperatures of 20-1,1800C are highest at normal temperatures and at 1,100-1,180pa
The adhesive strength between the primer and the coating was determined by shear-
ing and tearing tests on a 5-ton tensiometer at 20, 700, 800, 1,000, 1,100 and
Card 16

87573
S/184/59/000/006/004/006
A104/AO26
On the Choice of a Method for Pressure Processing of Two-Layer 20K-XI8RI2t12T(20K-
-Khl8N12M2T) Steels
1,1800C. The influence of heating time on the adhesive strength between primeg
and coating was tested during 15, 30, 60 and 120 minutes heating time at 1,100 C
and subsequent water cooling. The behavior of double-coated steel during bending
and its influence on intercrystalline and Feneral corrosion of the coating waz
tested under cold and hot conditions (1,00000 on 35-nun cross-section samples.
Bending was done by stamps with a radius curvature of 16, 24 and 40 no. The im.-
proving properties of heat processing on strained xetal was tested by annealing
at 750 - 9500C for 3 hours followed by air ecoling, and tempering at 1,OOOOC for
25kin and subsequent air cooling (for austenitic steel alloys), Metallographie
tests revealed no damage to the adhesion of 20k (20K) and KhI8NI2M2T double-coat-
ed steel during bending, despite of the separation of a carbide layer of 0.03 - 01
am at the contact line of the primary layer and the coating. Doublecoated steel
can be strained either hot or cold for stamping purposes; stamping itself should
be performed at 1,180 - 9000C. As the shearing and tearing strength decreases
during prolonged heating prior to stamping, this should be curtalled as npach as
possible. The permissible bending radius in hot or cold conditions is: 3 - 3-5 a
(cold) for outward bending (T = 1,200 - 4oooc) and 4 - 2.5 a for inward bending.
Card 2/3

87573
S/184/59/000/006/004/006
Alo4/AO26
On the Choice of a Method for Pressure Processing of Two-Layer 20 - 18 12 2 (20Y,
-KhIM2~tT) Steels
Three month tests proved that all samples subjected to bending, welding and v&rl-
ous thermal processings revealed hardly any oorrosion losses. 'n)ere are 5 flgure!~.
Card 3/3

8/184/60/000/005/004/021
A104/A026
AUTHORSt Shevelkin, B.Ne, 'Candidate" of Technical Saiencesi Kravohenko, L.L;
Bogoslovskiy, I.M.j - Bhgineers
--------
------
Tr1Wt -
Investigation of the Processability of Laminated Steel-Silver8heets
FERIODICALs Khimieheskoye mashinostroyeniye, 1960, No. 5, PP. 37 - 39

TMS -pe of silVer coated steel was developed by the Giprotsvet-
A new t)
Otobrabotka
or
(State Designing, Planning and Scientific Research Institute f
?,yocessing Nonferrous Metals). The sheets consist of a "steel 10" basic layer
N-V1-W7W- rM coated with 99.98% silver. Firm adhe-
.~~,Cjfj sion between the base metal and the
coating is ensured by a special-alloy
N1
interlayer, vacuum heated prior to hot
rolling. Tests were performed in the
-Union Designing and
NIIKhIMMASh (All
7~
Scientific Research Institute of Chemi-
cal Machinery). Figure 1 shows the
structure of the base metal (1), inter-
layer alloy (2) and the silirer coating
Card 1/3
89584

S/184/60/000/005/004/021
A104/AO26
Investigation of the Prooessability of Laminated Steel-Silver Sheets
0 Figure 2 shows the effects of heating at 20 - 6000C,
i.e., relative contraction (q)); relative elongation
and tensile strength (db). Buckling tests were
performed at 20 - 7000C. Elongation properties were
tested on solid or welded ingots, which were cold
jorged into 400 and 700 mm diameter bottoms with in-
verted plating. Only the carbon-steel layer was weld-
ed before forging with 942A (ECh2A) electrodes, the
i coating was applied afterwards. To avoid damage of
coatings during forging the.ingot'was protected with
C_
parchment paper. The porosity of ingot and 'bottom
coating was examined by application of filter paper
10 r .- 1 4 _j soaked in a solution of 10 g NaCl, 10 g gelatine and
20 A" IN XV W M ANIZ 1 9 K3Fe(cN)6 in 1 1 of water. No porosity was found.
Rolling tests included two 400 and 700 mm shells. Coating damages were avoided
by interlayers of thin alumiftum foils or strong paper. Afte~r rolling the coat-
ing was inspected as to porosity according to the described method. The authors!
conclusion is: silver coated steel-sbeet of 5 mm 0r6 less showed satisfactory
Card 2/3

89584
S/184/60/000/005/004,,'021
A104/A026
Investigation of the Processability of Laminated Steel-Silver Sheets
tensile strength and elasticity when subjected to buckling, elongation and roll-
ing in cold state. Bottoms should be made from solid ingots or heat-processed
welded ingots. Protective interlinings of parchment paper are necessary during
pressure processing of silver-coated steel for'stampings and thin aluminum foils
and of strong paper for rolling. High surface cleanness of stamps and rollers
are essential. Silver-coated steel is not suitable for cold or hot manual stamp-
ing. Porosity checks are indicated, any defects can be removed by dressing or
welding. Thickness of welding should be chocked with calipers, and the adhesion
between base metal and coating by the eleatroacoustic method. There are 3 fig-
ures and I table.
Card 3/3

VOIMKOVSKIY, S.A., prof.;,
Boris Alekseeviah Stoilov; an obituary. Izv.v7s.ucheb.zav.; gor.
zhur. no.4:147-148 159. (MIRA 13:5)
(Stoilov, Boris Alekseevich, d. 1959)

-7
ACCESSION NR: AP4011184 S/0286/641000/00110048/0049
I AUTHOR: Korenchenko, M. it. A,9.&pA.;.oM's~iy,,.K.--.Ye.;,Kutuzova, G. A.;
Lelekov, V.1S.; Smirnov, B. V.
"~od for calibrating acceleration pickups r~rorking 'under
TITLE: A mat
ii pulse conditioAn, Class 42, No. 159668
SOURCE: Byul. izobret. i tovarn. znakovp noo 1, 1964, 48-49
TOPIC TAGSt -acceleration pickup, accbilerometar, acce'larometer
calib ration,'.acceleration pickup calibration
ABSTRACT: The patient describes a method for calibrating accelera-
tion pickups working under pulse conditions in a shock tube under
the action of a gas dynamic pulse load. For determining the sensl-
tivity of the pickup in a widerange of acceleration$, the pickup
is mounted in a sliding piston inside the shock tube. The dipplaca-
ment of the piston due to the action of the gas dynamic pulse load
determines the sensitivity of the pickup.(see Enclosure 01),
ASSOCIATION: none
.Co,d*.
-- - ------------ - -

EWT (I
(a)/EWA(h)/EWA(1)
WW
ACC NRi AP6013206 SOURCE CODE: UR/0421/66/000/002/0108/0114
AUTHOR: Bo& 8,lqvl~"M .K,_Xa,jMoscow); Kireyeva, N. 1. Moscow); Makarevich, G. A.
(Moscow);-T6iretayev, Yu. A. (Moscow),- Ehimarev, S. K. (Moscow); Tarantoy, Ye._X_.
(Moscow)
ORG: none
TITLE: Investigation of unsteady flows past models in an electromagnetic sh6ck tube
SOURCE: AN SSSR. Izvestiya. Mekhanika zhidkosti i'gaza, no. 2, 1966, 108-114
TOPIC TAGS: experiment aerodynamics, electromagnetic'shock tube, strong shock wave,
detached shock wave, shock wave reflection, supersonic flow
ABSTRACT: An experimental Investigation of unsteady flows moving behind strong shock
waves produced by ele tric discharges past models of v us shape was ca-r-rle-cr -out
ele tromagnetiyshock tube. The purpose of this study was to determine the
time of flow transition from an unsteady to a steady state in the stagnation-point
region and to check the theoretical data on flow parameters behind strong shock waves.
The electromagnetic shock tube, experimental set-up, instrumentation, and test proce-
dure are described.. The results obtained in an electric discharge shock tube with
.Wave velocity of the ~rder'of 8000 m/see show that: 1) the obtained dependence of
the nondimensional value of the relative shock wave detachment on bluntness as a
function of nondimensional time makes it possible to determine the time of the estab-
LCard 1/2

POWLMSM, r.. D.
Ekskavatornaia r.a*z'rabotka grunta ffixeavation word. Gos. izdat. lit. po stroitel'stvu
i arkhitekture. 219~f 49 P.
SO; Monthly List of Russian Accessior~p Vol 6 No 6 September 1953

BOGCSLOIISKIY, L.~ D.
MR/Engineering Comtruction, 39quiWrit Feb 5~
"Use of Walking Excavators in,Construction of-
Canals," N. A. Osmer, Engr Laureate of Stalin
Prize, L. D. Bogoolovskiy, Engr
"Gidrotekh Stroill No 2, pp 7-10
Discusses advantages of walking excavators and
describes construction and gives specifications
of 2 Soviet-made dragline excavators: ESh - 4/40
and'Esh - 14/65 withbuckets 4 and 14 cu m in
voI;and boom length of 40 and ~5 m, resp.
212T64

Y
BOGOSLOVSKII',M, Md GRISHIN, M. M.
Probleme. raki Dona. L-The Problem of the Don riverje Qa Kompleksaye vodokhoziaetvennye
problemy SSSR. Xaterialy k Vaesoluznol konferentsii. Moskva, 1932, v. 2, p. 39-52),
DLC; TD285,AlA5 1932
SO: Soviet Transportution and Cormunications. A Bibliogrn2hy Idbrary of Congress,
Reference Department, Washington. 1952, Unclassified.

BOGOSLOVSKIT, MR CMMM, I J/
Science and technology abroad. Opt.-Makhoprome (251 no.3:56 Mr 158.
(MIRA 11:9)
(Optical instruments)

BONSWUlalt XA.
BOOOSLOVSK17 I M.A. Inlaid vaterways; a tiad-book for technical schools
of the river fleet Moskva.. Rechisdat,, 1940. 238 p.

DOX5 i -C
Bo-oslovskii, I.I.A. Vodnye puti; kurs cilia ekspioutzitsionnykh fa.-.1d,tutov
institutov in-henerov vodnogo trarisForta. Ibskva, Aucidzdat, 191~j- ~91 F.
Title also in lerzuan Lnd En-lish.
I
IfFerechen'literatur-j": P. 336-j89.
DI,C: TC745.B6
SO: LC, Soviet -reograpby, Fart 1, 1951, uncl.

macums-110 H. A.
ur
BOGOBLOVSKII.. M. A. Tn1mr-d waterways; confiratid as a textbook for river
fleet sohools and technioal institutes Isd. 2., parer. i dop. Utverzbdono...
v kschastve uohobnika dlia rechzqkh uohilishch i tekhnikumov. Moskva, Izd-vo
Ministeretva rechnogo flota SSSR# 190. 363 p 41 (49-25886)
T0745.B57 1948

dote., kand.tekhn.aaak; DOMANL
Nw4kkkAskmeg TUIY,.
kaud.tekhn,n-a~uk. retsentent; SEZRIAIKOV, A.P., retsenteat;
HELMMIN, A.M., rateenzaht: OV, S.L., kand.geogref.nauk, red.;
MAKRUSHINA, A.N., red,izd-va-, SAIAZKOV, H.P., tekhn.red.
(waterways and portal Voanye puti i porty. MoBkva, lzd-vo
"Rechnoi transport."- Ft.le (Investigation of waterway93 Iseledo-
vanita voduykh putei. 1957. 251 p. (MM 11:4)
(Inland, navigation) (Fydraulic engineering)

-S -
51
HOSIK, Josef; GUMOGINOV, A.V., re.daktor; SUPOVAIM, V.I., tekhnicheskiy
redaktorl DORODNITSYN, A.A. [translator]; DOGOSLOYSM. M.K
[translator]
(High-speed aerodynamics] Aerodinamiks, bol'shikh skorostais Pareyod
s cheshakogo A.A.Doroduttayna i M.M.Dogoslovskogoo Prediel. A.A.
Doroduitsyna. Moskva, Ind-yo, inostrannot lit-ry. 1954. 547 p.
CM1crofum3 (MLRA,7-9)
(Aerodynamics., Transonic)

BATUYEVJ, A.S.; BOGO-SuivsKly" M.M.
Relations between the occipital and motor areas of the cerebral
aorter in oatsf electrophysiological research. Flziol. zhur.
49 no.9slO17-1025 S 163. (MIRA M12)
1. Kafedra, fiziologii vysshpy nervnoy dayatellnooti.
Gosudarstvennogo universiteta imeni. A.A. Zhdanova, Leningrad.

SHOSTAKOVICH, D.1 CHULAXI9,Mol PNMO, N,;(~19LOfFVSKIT, Nikits-,
VOLKOXSKIY* A.; AWRIMO N.0 akadamt1c; awurvi-,
WOORKINA, A.
More discussion on the photoeleotronio music synthesizer,
Znan.sila 35 no. 11:28 1 l6o. '(WIRA 13:12)
(Ilectroacoustics)

Is W.
7ri-2-6/064
AU'MRSt Yakubovich, A. Ya., Pravova, Ye. P., Boaoslov3kiy, IT. A.
TITLE: Syntheses of Vinylmonomers. 2. Some Derivatives of cv--Chloroacryl-
ic Acid(S'intezy. vinilovykh monomerov. 2. Nekotor,-.1,e pro2.zvodnyye
U -khlorakrilovoy kisloty)
PERIODICALs Zhurnal Obshchey Khimii, 1956, Vol. 20, Nr 2, pl:. 520 - 321 (USSR)
ABSTRAM From the acid halides of o(-chloroacrylic acid the authors pro-
7 duced the fluoride of this acid which was hitherto not described.
The synthesis with a yield of 45 % was performed acccrding to the
method of A. N. Nesmeyanov and E. Kan (reference 1). The attempts
to synthesize the acid fluoride by heatin,~ (160-1700C) of oe--chloro-
acrylic acid witb benzo,,l fluoride or bj the excban~'e reaction of
the chloride of chloroacrylic acid with potassitif-i fluoride yielded
no positive results. The acid eblorides of oC-chlo-roacrylic acid
was not obtdned b- dehydroclilorinaticn of the acid diloride of di-
chloropropinic acid (refererce 2), but directly from oC-chloro-
-acrylic acid. The bust yiull (QO was obtained by the action of
benzoyl chloride upon the acid. When other acid clhloride3 (PCl ,
Soci 21 C6H Ccl ) were used, the yield of Ot -chloroacrylyl cEor-
id e Was smalleE By means of chlorine- Cx -chloroacr,7lyl it was pos-
Card 112 sible to synthesize p-cyclohexaphenyle the r and IT-phenylamide (hith-

Synthene.9 of Vinylmonomero. 2. Some Dorivati ves of cv- -Chloroacryl-ic Acid
erto not described) as well as the ethyl other of oc-cliloroacrylic
acid in the usual manner. Accordi-nZ; to its prolBrti.,s othylof-chlo-
roacrylate did not differ from the ether which earlier described
(references 2-4) and which was produced by the authors by neans of
etherification of X-chloroacrylic acids with ethanol. '.Mie above-
-mentioned ck-chloroacryl derivatives can Lgive polymers and co-
polymers with vinylijonomers. There are 5 refererms, 1 of which is
Slavic.
SUIRUMM: April 25, 1957
AVAILABLE: Library of Contgress
Card 2/2

AUTHORS: Yakubovich, A. 80V/79-28-8-62/66
Pravova, Ye. F.p Rozen9hteyn, S. M.
TIITLE: Syntheses of the Vinyl Monomer
(Sintezy vinilovykh monomerov)
:,
IV. Fluoro-Substitutea Aorylat (IV. Ptorzameshchennyye akrilaty)
PERIODICAL: Zhurnal obehohey
khimiii 1958, Vol. 28, Nr 8t
pp. 2288 - 229 1 USSR)
(
ABSTRACT: The number of the fluoro-subatituted acrylateB known is small (Ref
1). The authors synthesized an entire series of fluorinated
acrylates. Starting from P-fluoroethyl alcohol and 1,1,1-tri-
fluoroisopropyl. alcohol and the ohloroanhydride of methacrylic
acid they obtained by oidinary synthatic'meaus the trifluoro-
ieopropyl and P-fluoroethyl methaorylates (these are only
mentioned in the patentp but are described in detail in the
experimental section ) . The attempt to synthesize fluoro-
methaorylate by replacing the halogen atom in chloro- or
bromo-mothaerylate with fluoride from potassium fluoride
was unsuccessful. Attempts to use the synthesis described
in reference 5 *ere also unsuccessful. Of those acrylates
which have fluoride in the acid part of the molecule the
Card 1/2 authors synthesized the methyl-a-fluoromethylacrylate

Syntheses of the Vinyl monomers. IV. Fluoro-Substituted SOV/79-28-6-62/66
Acrylates
and the a-difluoromethylacrylate and their derivatives.
The eynthesia of these compounds was carried out according
to the procedure already mentioned. All intermediate products
(CYanhydrins, a-oxypropionic acid and its eaters) which
had fluoromethyl and difluoromethyl-groups were separated
and classified. The starting materials, fluoroacetone and
difluoroaoetons, were obtained by reacting ohloroacetone
and dichloroaactono with potassium fluoride in diethylene glycol.
There are 5 references, 2 of which are Botiet.
SUBMITTED: June 3, 1957
Card 2/2

82678
B/079/60/030/008/001/008
B004/Bo64
AUTHORS: Yakubovich, A. Ya., Bogoslovskiy, No A.p Pravova,, Ye. P.,
RAWU_M_0y__Gk_1_~ 9-
Belyayevap 19 Top -T.-
TITLE: Synthesis of Vinyl Monomers. 11. The Synthesis of
a-Chlorohydronorylates and a-Chloroaorylatee ?
PERIODICAL: Zhurnal obahchey khimii, 1960, Vol. 30, No- 8,
pp. 2496 - 2498
TEXT: The authors report on the following syntheses: a-chloro-p-hydroxy
propionitrile (I) from aqueous solution of acrylonitrile7by introduction
of chlorine gas at 1600. The compound was extraoted with ether. Yield:
38.5%. a-chloro-p-aoetoxy propionitrile (2) from I by heating with V~
acetic anhydride and sodium acetate over the water bath (yield 55-8%).
Mothyl-a-chloro-p-hydroxy propionate (3) by chlorinating methyl acrylate
(yield 23-5%)- Methyl-a-chloroacrylate (4) a) by dropping 3 into a mix-
ture of H2so4 and Cu 2C12 (yield 74%) heated to 125-130OC; b) by dropping
3 into a mixture of P 2 05and Cu2Cl2 (yield 64%). a-chloroacrylonitrile (5)
Card 1/2

82678
Synthesis of Vinyl Monomers. 11. The Synthesis S/079/60/030/006/001/008
of a-Chlorohydroaorylates and a-Chloroaorylates B0041BO64
by heating I with sodium bisulfate. Phenyl-a-ohloroacrylate (6) by addi-
tion of triethyl amine solved in benzene to phenyl-a,P-diehloropropionate
solved in benzenev filtering off of the triethyl amino hydrochloride
precipitate, distilling off of benzene and the excessive triethylamine;
fractionating the residue in the presence of phenyl-p-naphthyl-amine
(yield 49~)- In 6 the authors found the refractive index nD20 to be
1-5325. They consider this value to be more oorreot than that of 1-5808
given in Ref. 3. There are 4 non-Soviet references'.
SUINITTED: July 31, 1959
Caid ?_/2

BOOOSIDVSKIY, N.A.; SAMOKHVAOV, G.I.j MOBRAZHNSKIYI N.A.
Complex lipids. Synthesis of cr. -(OL I-oleojvl-,8 -stearoyl) ca-
phalino Zhur. ob. khim. 31 no#4:1143-131#.7 Ap 161. (MM& 14:4)
1, Vsaaoyuznyv nauchno-isoledovatellskiy vitaminnyy institut.
(Caphalins)

SHVETS, V.I.-, ~~GOSLOV,
%lY, NIL,; POLYACIIENKO, V.M.; VOLKOVA, L.V.;
SAMOKHVALOV, G.I.; PREOBRAZHENAIY, N.A-.
Synthesis of phospholipides containing repidue3 of higber alipbatic
polyene acids. Dokl. A14 SSSR 1.40 no.4:851-854 0 '(.1. (MIRA 14:9)
1. Moskovskiy institut tonkoy khimicbeskoy tekhnologii im. M.V.
Lomonosova i Vsesoyuznyy nauchno-issledovatel'skiy vitaminnyy
Institut. Predstavleno akademikom A.N.Nesme anovymo
(Phosphatides) (Oleft ~

BOGGSLOVSKIY, N.A.; SAMOKWALOV, G.I.j PREOBRAMENSKIY, N.A.
Complex lipides. Synthesis of X-(dL"-linoleoY1-,6-staaroYI)-
cephalin. Zhur. ob. khim. 32 no.lsl35-137 Ja 16Z. (MIRA 15:2)
1. Vaesoyuznyy nauchno-issladavatellskiy vitaminnyy institut.
(Cephalin)

.BOGOSLCIVSKIY N.A.; SAI-IDKHVALOV, FREOBRAMEMiKUY, N.A,
Complex lipides. Syzf~basjs of oL..( c(,!-,]J.ncleoyl--. itstearoyl)
phosphatidylclioline (lecAthin). Z.1mr.ot.161vin. 32 no.7.2210-221.1+
J1 262. (MTRA 15:7)
1. Vsec-oyuwvy n-xtuchno~---LRaledovatel-3slr-t,y vitaminn7y institut.
(IecdthJn)

BDGOSLOVSKIYj N.A.
Conference of readers of this journal at the L.IA.I(arpov
Chemicopharmaceutical Factory. Med.prom. 16 no.4:63-64 Ap 162.
(MM 15:8)
(MEDICAL TECHNOLOGY-PERIODICLES)

B03=SLa-VIIjrIIy)- D*--
2-1817 AMSIAVSKR,_-LJ.. . , habota pf-redvizhnyich alektrostahtdiy na
_L
bvatroperame.-muyu na-ru~ ( na lesozagotovkakh) Sbornik
-,atey po ob3hchetekhn. voprosann (Trudy Uralllskot;o iesotelchn.
in-ta). Sverdlovsk, 1949, s. 61-68. - Bibliogr: 6 nazv.
- - m
SO: Leluopis' ~hurnallnykli Statey, Yo. '119, Vbskva, 1949

BOGOSLOVSKIY, N. D.,
"Peculiarities of Calculation and Constructions of Grouding Devices
of Lumbering Ehterprises Semed by Mobile Electric Power Stations."
for DeGree of Candidate of Technical Sciences) Min H gher Education
Polytechnical Inst :kaeni S. M. Kirov, Sverdlovsk, 195t
for Electric Safety
(Dissertation
USSR, Ural
so-. m-1o36 28 Mar 56

BOGOSIDVSKIY, P.A,; BDGATYREV,.V-V., red.; LARIONOV, G.Te., tekhn.
red.
[Ice formation in the pipelines of hydroelectric power sta-
tions] Ledovyi rezhim truboprovodov gidroelektriebaskikh
stantaii. Moskva, Gosenergoizdat, 1950. 154 P.
(MIRA 16:7)
(Hydroelectric power stations)

BOGOSLOVSKIY, P.A., kandidat tokhnichookikh nauk, doteent.
"Om~~~
Calculating the qaantitr of heat flow from the b9tton soil to the
water of a reservoir or stream. Sbor.trud.KISI4'bj9zl34-142 155,
(MMA 10:3)
(Hydraulics)

BOGOMAVSKIT,,P.A., iAshoner,
Cmetruction-work gum. Mokhstral. 13 no.9tl7-18 Jl 156.
(Fastanino) (n" 9 ,. 11)

14(6) SOVIIIZ-59-1-453
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1959, Nr 1, p 61 (USSR)
AUTHOR: Bons.10
TITLE: Calculation of Perennial Tatmperature Variations in Earth Dams Built on a
Stratum of Frozen Soil
PERIODICAL: Tr. Gorlkovok. inzh. stroit. in-ta, 1957, Nr Z7, pp 123-178
'ABSTRACT: Methods of calculating temperature changes in the body and foundation
of earth dams built un a solidly frozen soil, over many years, are described.
Examples are cited. All calculations refer to a two-dimensional problem.
Bibliography. 53 items.
Yu. M. S.
Caid 1 1

BOGOSIk)VSKIY, P.A,
Construction of earth dams in the regions of permanently frozen
ground. Trudy Sev.-Vost.otd.Inst.msrzl.AN SSSR no.1:52-61 '58.
(MIRA 16:12)

-. 'kO("OSLOVSKIT, P.A., dots.. kand.teldin.nauk
Calculating heat balance of earth dams in permafrost areas. Nauch.
dokl.vys.sbkoly; strot. no.1:228-238 1 58- (MIRA 1211)
1. Rokomendovana 'kafedroy ispoltzovanlya vodnoy energifi-Oorlkovikogo
inzhenernostroital %op institula imeni V.P. Chkalova.
(Dame) (Frozen ground)

BOGOSIOVSKUY, P.A.
1. . - --~ ;
Uning models In studying tbarmal conditions In Fraund filtrations Izv.
vys.ucbeb.zav.; stroi. I arkhito no.5:81-89 1 58. (MIRA 12il)
lo Gorlknvskiy in0onerno-stroitelln" institut imoni V.P. Ghkalova,
Orrosen ground) (Sail Dhysics)

via
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BOGGOSLOVSKIY* Petr Aleksoyevich (GorIkiy Construction Engineering Ihstj6)
-t=* for Doc of Tech Sci on-the basis of disser+.ation defended
30 Jun 59 in Council of