SCIENTIFIC ABSTRACT SHISHKA, K. - SHISHKIN, A.F.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001549610001-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: August 23, 2000
• Sequence Number: 1
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT


6700/2
5h9 5111e*A
1
. 0
0
/4(0 lb
41

sluslim%, K.
New method of tibiotarsal arthrodesis. Eksper.khir. 5 no. 3:3-8
my-je 260. (MIRA 14: 1)
(BONES-TUBERCULOSIS) (MTKLESURGERY)

SEM."WITS1 I.; SHISHKA, K.; GUPKA, M.; VOLIF, Yi-l.; SIMERCILIG.'sKlY, V.;
SIRIORRER, M.
IPanctional parameters of an apparatus made in Gzechoslovakia
for artificial blood circulation. Eksp.kUr.i anest. 6
no.3:13--20 161. (MlM 14:10)
(Punsiou Fmfp (UMT))

GUBKA, M.;_SHISHKA _,K ; SHMOVITS, I.; SMRECHANSKIY, V.; SHNORER, M.
-2
Protection of the nqocardium in cardiac arrest during intre.cardiac
intementions with artificial circulation. Khirurgiia 38 ra.5:
17-25 MY 162. (NIRA 1-4:0')
1. Iz otdoloniya eksperimentallnoy khim-gii (zav. - akad.
K. Shishka) Instituta eksperimentallnoy meditsiny Slovatskoy
akademii nauk.
(HUM, ?AILURE) (HKART-MUSCLE)
(BLOOD-CIRCULATION, ARTIFICIAL)

SHISHKA, K.; S11-DIKOVIIS, I., GLTDK-k:, M.,; SH120"IM"SKIY; "T.-, SANORRER, M.
I -- ----
Experience af:,-Vixed in LT-,:ro-er-,[ Irj- T*.hp use of an artificial heart
and lungs. Trudy Ihst.-2kI-F,i gamat. AN Gruz. SSSR
10213-23 162, (MM 1632)
(PERFUSION PIRIF (MART))
(CARDIOVASCULIR SYST&I-SURMY)

SEMOVITS, I.; BOLIF, Yu.; �HISHP, K.; GUBKA, M.; SMRECHANSKIY, V.;
SHNORRER, M.; ZMA, P.
Apparatus fo G2yech design for artificial blood circulation.
Trudy Inst.eksp.i klim.khir.i gemat. AN Gruz.SSR lOs25-34
162. (MIRA 16:2)
(CZECIIOSLOVAKIA-PERFUSION FIRIF (-TIEART))

S M-,CHANSKIYI, V.; _ SHISIMA, K,_LSIIDIKOVITS, I.; SHNORRER, M.; GUBKA, M.
I
Some perfusion problems in artificial blool circulation. Trudy
Inst.eksp.i klin.kbi i gemat. AN Gruz.SSR 10:35-42 162.
(MIRA 16:2)
(PMUSION PUMP (HMT))

GUBU, M.; SHISHKA, K.; SHDM TS^ 1.5 SMRECRUSKY, V.5 SITORRER, M.
Protection of the myr-,cardium during the prevalence of asystole
in an intracardiac operation by the use of the appaprtus for
artificial blood circulation. Trady Inst.eksp.i klin.khir. i
gemat. AN Gruz.SSSR 10,.57-65 262. (MIRA 16:2)
(IMM-SURGERY) (BLOOD -GIRGUIATION,ART-IFICIAL)

GUBKAI M.; SHISHKA, K.; SHMKOVITS, I.; SMRECHANSKIY, V.; SHNORRER, M.
Care of the patient following a heart operation with the use
of artificial blood circulation. Trudy Inst.eksp.i klin khir.
i garmt. A11 Ortv.SSR 10167-72 16,16 NIRA 16:2)
(HEART-SURGERY) (BLOOD.-CIRCULvION, ARTIFICIAL)
'%r=TOPERATM CARE)

DOBRIYANIN, A.; ._SHISHKALOVp A.
Results of inoculations against tularemia in Brest Province.
Zdrav. Belor. 6 no. 10:53-54 0 160. (MIRA 13:10)
1. Iz brestskoy ob1sanepidstantsii.
(BREST PROVINGEE-TULAREMIA-PREVENTIVE, INOCULATION)

SHISHKAI-JOV,A.V., inzhener
Lergthming gravity water supply lines used by railroads. Tekh.
zhel.dor. 7 no.1:25-26 Ja 148. (MLRA 8;11)
(Railroads--Water supply)

-SHISHKAINOV, A.V. (Baku)
~iore attention to asbestos-cement water pipelines. Vod. i
san. teZA. no.7:26-27 JI 161. (MIRA 14~-7)
(Water pipes) (Pipe, Asbestos-cement)

SHISHKANOV. G.F., inzhener,
Precast foundations for swelling soils. Trudy Khab.IIT no."I.,
212-223 154. (MLIRA 8:1)
(Bridges--Foundations and piers)

SdISHKAIIOV~ G.F., inzhener3 MOVEYEV, V.D., aspirant.
On laying foundations on frozen ground. Trudy Khab.IIT n0,9:77-86
356. (KMA 9 -. 12)
(Foundations) (Frozen ground)

D&NILOVSKA.YA, L.I., inzhener; H&TVF.YEV, V.D.; SHISEZOOV, G.F.
.. ~~ -. , - -- ~. --.- --
Experience with 'building pr6cast slab houses on shallow foundations.
Trudy Khab.IIT no.9!87-93 1 -16. OUM 9-12)
(Foundations) (Precast concrete construction)

,, V.M.,, SNEZHKO, O.V.; SHISHKA140V G V.
GONCHAROV, Yu.M.; KIM
----
Classification of methods of construction in areas of wide."pread.
permafromt. Osn., fund.i makh.grun, 4 no.2t26 162.
(MIRA 15-8)
(Frozen ground) (Foundations)

KIM, M.V.; SHISHKVIOV, G.F.
Draftina instructions for the design and construction of pile foundations
0
in permafrost soils. Stroi. v raion. Vost.Sib. i Krain.Sev. no-3:3-13
162. kMIRA 17:12)

SPISM,A.Ei7~7. C.. kand. tekhn. nauk.
xpHrlmental construction of large panel or, pile
found.ations. -hil. stroi. no.11'.17-19 161, ~'MIIRA 18.-2)

D ORO IT, OV., D. 1- 1 Sr' IT G I -V~.
X'ft~ct C;l ~-,ipp-'ementar- - - .
- I y ft;-"]J-zat4:,n -~jith cul'i M~nj,.ne.3e on
.L,,5 :_;r 31rlc~' v -.-P ~,,,~tosynthetils ~~n Tz~,:,~Il nl~./-~2-:--
32 363, (MIRA !8s'L)

SHISHKAHOV, 1.
First steps. Mast.ugl. 9 no.1:7-8 Ja 16o. (MIRA 13:8)
1. Sakretarl P8trolskogo rayonnogo komitets Ukrainy, g. Stalina.
t:1
(Donets Basin--Coal mines and mining)
(Communist Party of the Soviet Union--Par~y work)

OSIP'D-NKO, T., otborshchitsa; RAZBITSIMVA, A., vagonetchitsa;
PASUISKAYA, M., vagonetchitsa; KALININA, M., sadchitea;
MOSHAROVA, S., sadchitea; SIDOROVA, S., inzh.;po ratsionalizatsii;
SHIMANOVA, L.
Mechanization , the homemade way. Rabotnitsa 37 no.7:15
ii 159. (MIRA 13:1)
(Moscow--Brick industry)

SHISHKANU., G.V.
Effect of 6he pH soil on the functions of leaves in apple trees.
Vop.fiziol.i biokhim.kallt.rast. no.liSO-89 162. (MM -16:1)
(Plants, Effect of bWdrogen-ion concentration on)
(Apple)

SjT IS H I I.
19991 SHTSHKAR07 I. Mis dolzhny rabotat' rentabe l1no. Selkhoz-vo Tadzhikishana,
19119, No. ') S. fL5-49-
SO: LFTOPIS 7HUMNAL STATM, Vol. 27, ?Joskva, 190.

SHISHKARNV, V.A. (Novosibirsk)
Allowing for misalinaments in reading -Urack indicator tapes. Put' i put.
khoz. no.2:28 F 157. (MLRA 10:4)
(Railr,ads-Track)

iACC NR1 AR6 )035428 SOURCE CODE: UR/O137/66/ooo/ooq/IO76/io(6'
~_AUTHOR: Golovin, S. A.; Mokrov, A. P.; Shishkhanoy, T. S.; Zapol', Yu. N.
-T
TITLE: Study of physical and mechanical'properties of deformed and annealed molybdenurq
!SOURCE: Ref. zh. Metallurgiya, Abs. 91513
;1REF SOURCE; Sb. Proiz-vo stali i splavov i vliyaniye obrabotki na ikh svoystva. Tula,j
1965, 36-41 1
TOPIC TAGS: molybdenum, metal deformation, annealing, x ray scattering, metal rollingp
crack propagation, metal hardening, metal aging, metal recrystallization
.ABSTRACT: The authors studied the change in the microstructure, the mechanical (0b,
H-, 6) and physical properties (distortions of the second kind 6a/a in the [110000] direc
tion, and dimensions of the regions of coherent scattering of x rays) of molYbden:m I
;a function of the annealing temperature (300 - 1100') at different rolling thickness:"
(1.2 and 6 mm). At the instant of deformation by rolling, large microstresses developp
the magnitude of which in strongly deformed regions can exceed the ab of the material.1
1-1he microcracks or microscopic incipient cracks which are produced in this manner can
!
,be one of 'the causes of the stratification of the rolled section, With increasing an-
Inealing temperature of the deformed molybdenum, hardening of the metal is observed in
Ithe interval 400 - 500* and is attributed to the deformation aging. Above -6000, up
!to -the recrystallization temperature, intense weakening is obsenred. With decreasing
Ithickness of the rolled section, the temperature of the recrystallizatior. drops (from
.1/2 uDc: 669.28:' 62o.17
;,_Card---

'-ACC NR, AR6035428---
1000 to 8500). in the recrystallized molybdenum, one observes separation of brittle
phases which apparently are compounds of the impurities (C) N) with the Molybdenum,
7-he presence of such phases can also lead to microscopic incipient cracks during the
process of hot rolling of the sheetp owing.to the unequal coefficient of thermal ex-
pansion of the matrix and of the phase. 1. Tulupova (Translation of abstract]
SUB CODE: J-1

CODE 37/66/000/009/0023/023
R h t~ M, K. G. ; Suriadi F. S. -
-4.th increased hydrogen content
9c,',6
t &.1, 11. 4. YQ br 0
7 C) r o - ob tki na rlikh avoystva.
TO I` C hydra-
( T!,!
-ed
ucedblf e 93-t-641 tita-,,~iwlm S,)CL,-L! -%,j-oo
no. -)L and -21C C, 3:0-, Yt
ic i-~C)n
u,::, d 0 ~i C w e re al 1 hy(-)-.-,ate,; %fitli of 9--.905 purLty'
< 2 ',,'L!3 of' tioistture. Ilie optimal hidr-atior~ --oUdition
Was 11F,,.!~.Ly ryaratiorl lv-erlDeratlr,~ 650', soe:-,ing aL this f I ov
Z, E. i r -ar. E-- c 11 c~ -,, a~b 3 Orpt -I, P-1-cl caol-,nG in air at. e. lvlov of < 0.5
2
r,-.3 4,z" Ln-.r,--)du--t-ion of tl-,ese ccaditions in industry I-ms ~:nsured Production o-,,~
kith a stable hydlro~:,.2n -content of 33-2 -- 3-985, anj ilas
P.1 a I t , A. S~-,,-,eleva; of abstract]
SUB
C~r
~ d -------UDC- -669-29-5-4--

ACC NR: A R70046 82 SOURCE CODE; IJR/0277/66/000/010/0019/0019
AUTIIOI~: Golovin, S. A. ; Mokrov, A. P.; Shishkhanov, T. S.; Zapol', Yu. N.
TITLE: Study of the physical and mechanical properties of formed and annealed
i-nolybdenum
SOURCE: Ref. zh. MashinostroitelInyye materialy, konstruktsii i raschet detaley
r-n-ashin. Gidroprivod. Abs. 10.48.116
REF SOURCE: Sb. Proiz-vo stali i splavov i vliyaniye obrabotki na ikh svoystva.
-41.
Tula, 19G5, 36
TOPIC TAGS: molybdenum, metal physical property, molybdenum micro structure,
molybdenum physical property, molybdenum mechanical property
ABSTRACT: Changes in the microstructure, physical and mechanical properties
":3. 'N of molybdenum as a function of annealing temperature ranging
oin 300 to 1100 C were studied for various gages of rolled material (1. 2 and
6 mm). There are five illustrations and a bibliography of 3 titles. [DW]
E7---,,-i i~-` A t; o n &' " (-!
SUB CODE: 13 /
Card UDC: 669.28

L 2682-66 EWT(M)/EPF(c)/EWP(t)/EVJP(b) IJP(c) JD
ACCESSION NR! AT5022897 UR/2M,/65/000/0043/0135/0139
AUTHOR: Teplenko, V. G.; Kudinova._K,___G.; Shishkhanov, T. S.
TITLE: Production technology of the h drid of titanium and calcium
-7
SOURCE: Hoscow. Tsentral'nyy nauchno-issledovatel Iski institut chernoy Eetal-._
jurgii, Sbornik trudov, no. 43, 1965. Poroshkovaya metallurgiya (Powder metal-
06~lurgy), 135-139
qq, -j T !:
TOPIC TAGS: hydride, titanium, calcium, powder metallurgy, hydrogen
ABSTRACT: Techniques for the production of CaH and TiH2, developed by the La-
2
boratory o~,,, Powder Metallurgy, Central Scientific Research Institute of Ferrous
Metallurgy', iii described. '.iormally, CaH2 is produced in the following sequence:
crushing of 45-50 kg blocks of double-distilled calcium metal into small
(-150 mm) lumps of arbitrary shape by means of a 50-ton hydraulic press; cbarg-
ing of these lumps (which weigh -2 kg each) into a stainless steel retort which
is then hermetically covered; evacuation of air from the retort, connection of
the retort to a water supply line via a rotametex; and placement of the retort
in a furnace heated to 600%. Within 30-40 min afterward the-period of rapid
Cc. rd 1 /3

-'-L 2682 -66--
ACCESSION NR: AT5022897
absorption of hydrogen by calcium sets in, following the reaction:
Ca + H - CaH + 195.1 kilo-Joules (46.6 kcal/mole).
2 2 J
Since the reaction between Ca and H is known to c--cur more completely at 300-
2
400% than at 800'C, the temperature of saturation with H mentally
was experi
reduced to 400-500*C on directly charging the entire calcium metal block into the
retortwithout first crusbing the calcium. To reduce the amount of fused CaR
29
the consumption Of H2 in the subsequent experiments was lowered to 1.5 m /hr.
Ultimately, it was thus foun4 possible to increase the yield of acceptable CaH2-
to 987., while increasing the burden per retort to two 45-50 kg blocks of Ca metal
This new technique dispenses with the preliminary cruslnirg of Ca blocks., As for
TiH it is produced with the same equipment as above. The titanium subjected to
2
saturation with R is taken in the form of either powder or sponge (wastes of the
2
thermal reduction of magnesium). It was experimentally established that the pro-
cess of the saturation of Ti with H in the furnace can be safely reduced from
6 to 1 hr and, further, that adjusting the saturation temperature to 500*C and
the rate of delivery of hydrogen to 4 m3/hr makes it possible greatly to increase
C.,d 2 /3

L 2682-66
ACCESSION NR: AT5022897
furnace productivity and reduce power consumption~ Orig. art. has: 3 tables.
ASSOCIATION: none
SUBMITTED: 00 ENCL: 00 SUB CODE: M, IE
NO REP SOV! 006 OTHER: 001
313
Card

SHISHKIN, A., veterinary vrach.
Prophylaxis and treatment of animalswith a calcium hy-pochlorite
solution in Infectious and parasitic keratoconjmctivitie. Vete-
rinariia 33 no.11:412-43 N '56. (MLRA. 9:11)
1. Veterinarnyy otdel ispolkoms. Moskovskogo gorsoveta.
(Eye--Diseases and defects) (Calcium hypochlorite)
(Veterinary medicine)

SHISIaIN, A.
Rally of students and personnel of the vocational and technic-al
schools of Estonia. Prof.-tekh.obr. 19 no.1:7 Ja 162. (IIIIU 15:1)
1. Nachallnik Glavnogo upravleniya pro-tekhobrazovaniy-.t Soveta
Ministrov Estonskoy SSR.
(Estonia--Vocational education-Congresses)

SHISHKIN A. doktor tekhn.nauk .
Causes of bredkdowns of series 1--447f apartment housee. He. stroi.
Ros-. 3 no.12:31-32 D 162. (Ml~a 16:2)
(Apartmeiit houseg.)
0

SHISHKIN., A., doktor tekhn.nauk; ARIYEVIGH, E., kand.tekhn.nauk; TOLSTYKH,
'-O""r'.,'kand.tekhn,nauk; SHIMOV, I., ihzh.
Extending the life of steel braces in the walls
of large-~panel buildings. Zhil. stroi. no.l.-6-8 162.- (NIRA 16:1)
(Building-Details) (Corrosion and anticorrosives)

SH1SHKIN, A.A., kand. tekhn. nauk.
Rapid boring with large feeding of locomotive wheel rims. Test.
TSNII MPS 16 no.7:51-54 0 157. (MLRA 10:11)
(Car wheels)

25(7) PHASE I BOOK EXPLOITATION SOV/1215
Zobnin, Nikolay Pavlovich; Shishkin. Aleksey Alekseyevich; and Yudin,
Daniil Llvovich
Oborabotka metallov rezanlyem (Metal Cutting) Moscow, Transzheldor-
izdat, 1958. 256 p. 6,000 copies printed.
Ed. (Title page): Zobnin, N.P., Doctor of Technical Sciences
Professor; Eds. (Inside book): Dar-ilevskiyy V.V.j Candidate of
Technical Sciences Docent, and Braylovskiy, N.G., Engineer; Tech.
Ed.: Bobrova, Ye. N.
PURPOSE: This book Is approved by. the Ministry of Higher Education,
USSR, as a handbook for railroad transport vuzes. It may also
be useful 41"o engineers and technicians in plants and in railroad
repair shops for rolling stock, wheels and track.
COVERAGE: The book presents the theoretical fundamentals of metal
cutting. The construction and operation of metal-cutting machinery
Card 1/10

Metal Cutting
SOV/1215
and Insti-iments are described. The fundamentals of methods used
In development of tech~niques of mechanical metal processing are
dis?~'assed. The name of A.V. Gadolin is mentioned as having
contributed to this field. There are 80 references, of which
74 are Soviet, 5 English and 1 German.
TABLE OF CONTENTS:
From the Authors 3
Introduction 4
Ch. I. Elements of the Geometry of Turning Cutting Tools
[Single-point Tools] 10
1. Basle parts. surfaces and angles of cutting tools 10
2. Change of tool. angles 14
Ch. II. Fundamentals of Cut-ting-tool Manufacturing Methods 17
3. Requirements for cutting tools 17
Card 2/ 10

Metal Cutting SOV/1215
4. Materials used for making the cutting part of turning
cutting tools 17
5. Methods of making (:utting tools 19
Ch. 111. Elements of Cutting Process in Turning 28
6. Description of elements of cutting process and of the
layer of metal removed 28
Ch. IV. Concept of Metal Deformations Occuring During the
Cutting Process 32
7. Brief information on metal deformation in cutting 32
8. Types of chips 33
9. Chip shrinkage 35
i
0. Heap [of metal] on the cutting tool 37
-
11. information on work deformation and on residual stresses
on machined surface 38
Ch. V. Heat Phenomena in Metal Cutting 39
12. Heat generation and distribution in metal cutting 39
13. Methods of determining heat and temperature in metal
cutting 42
14. Effect of basic factors on temperature in metal cutting 44
Card 3/10

Metal CuttIng
SOV/1215
Ch. VI . Wear of Cutting Tools and Selection of Their Rational
Geometry 47
15. Effect of cutting conditions on cutting-tool wear and
allowable wear 47
16. Selection of rational geometry of cutting tools 51
Ch. VII. Cutting Forces in Turning 55
17. Diagram of cutting forces acting on cutting tool 55
18. -T-ifluence .
of various factors on cutting forces 56
Ch. VIII. Cutting Speeds in Turning 63
19. D.-Pendence.of cutting sDeed on cutting tool life 63
20. Effect of depth of cut and feed on cutting speed 65
21. Effect of geometric parameters and of tool wear on
cutting speed 66
22. Effect on cutting speed of material of cutting part of a
tool, of metal of machined part and of lubricating coolant 68
23. Formula for determination of cutting speed 70
Card 4/io

Metal Cutting
SOV/1215
Ch. DC. Classification and Construction of Lathes 73
24. Classification of metal-cutting machines 73
25- Construction of lathes 73
Ch. X. Fundamentals of Kinematics and Dynamics of Lathes 81
26. Fundamentals of kinematicr of lathes 81
27. Fundametitals of dynamics of lathes 89
Ch. XI. Brief Lnfo-rmation on the Preparation of Shop Manuals
for Lathes 91
28. Compilation of shop manual specifications and of kinematic
diagram of a lathe 91
29. Calculat�ons for shop manual of a lathe 93
Ch. XII. Setting Up of Lathes and Calculation of Cutting
Regimes in Turning 101
30. Setting up of lathes 10).
31. Methods of calctlation of cutting regimes in turning 107
Card 5/10

Metal Cutting
Ch. XIII. Various Types of Lathes
32. Vertical. lathes
33. Special multiple-tool lathes
'34. Turret lathes
35. Automatic and semiautomatic
36. Mechanization and automation
SOV/1215
110
110
for turning axles and wheels 113
121
lathes 124
of lathes 126
Ch. XIV. Brief Information on Planing, Shaping and Slotting 128
37. Planing and shaping cutting tools and the respective
cutting processes 128
38. Slotting tools and slotting process 130
39. Basic information on plan'-ng, shaping and slotting
machines 131
40. Elements of shop manual for shaping machines 143
41. Elements of calculation of cutting regimes in planing,
shaping,,and slotting 145
Ch. XV. Brief In-formation on Broaching R-cocess and Broaching
Machines 147
42. Broaching process 147
Card 6/ 10

Metal Cutting SOV/1215
43. Broaching machines 149
Ch. XVI. Fundamentals of Drilling, Countersinking, Reaming
and Geometry of Cutting Tools for Machining Holes 151
44. Drilling process 151
45. Elements of cutting in drilling 156
46. Cutting forces, torques and power in drilling 157
47. Character and criteria for wear of drills i29
48. Cutting speed in drilling 1 0
49. Countersink~.ng process 162
50. Reaming process 166
Ch. XVII. C.,_~_Yistru,:;tlon and Operation of Drilling and Boring
Ma.Sh~_nes 169
DrIlling machInes 169
52. Boring machi-nes 174
53. Elemen-ts of shop manual for. drilling machines 177
Ch. XVIII. Calculation of Cutting Regimes in Drilling, Counter-
sinking and Reaming 179
Card 7/10

Metal Cutting SOV/1215
54. Methods of calculating the cutting regime 179
Ch. XIX. Fi;~,adameritals of the Milling Process and Geometry of
Milling Cutters 183
55. Baslo types of milling cutters 183
56. Geometry of the cutting portion of milling cutters 184
57. Elements of cutting process in milling 189
58. Cutting forces and power in milling ic?
59. Wear of milling cutters 195
60. Cutting speed in milling 196
Ch. XX. Construction and Operation of Milling Machines 200
61. Horizontal-type and universal milling machines 200
62. Vertical-type milling machines 203
63. Elements of shop manual of milling machines 205
61L. Dividing heads 2o6
Ch. XXI. Caic,.~lation of Cutti-rig Regimes in Milling 211
Methods Of calculating the cutting regime 211
card 8/--!f)

Metal Cutting SOV/1215
Ch. XXII. Concept-of Gear Tooth Cutting Processes 213
66. Gear-cuttIng methods 213
67. Basic information on gear-cutting machines 2i6
Ch. XXIII. Fundamentals of Grinding Process and Properties
of Grinding Wheels 221
68. Characteristics of grinding wheels 221
69. Selection of grinding wheels and of grinding regimes 22~
70. Cutting forces and power in grinding 22
Ch. XXIV. Ccc-istruction and Operation
71. Diagrams of movements used in
72. Cylindrical grinding machines
73. Surface-grindIng machines
74. Tool grinders
75. Special features of safety techniques
grinding machines
of Grinding Machines 228
grinding machines 228
229
233
235
in operation of
236
Ch. XXV. Basic Information on Machining Finishing Processes 237
Card 9/10

i
Metal CiAtIng SOV/1215
76. Types of finishing processes 237
Ch. XXVI. Concept of quality of Machined Surfaces 241
77. S*-:Lrface roughness and its determination 241
78. Ganeral information on the influence of surface
-r6ughness on operational characteris ties of machine parts 242
73. Gener-a'-I information on influehoe of machining conditions
sUrface roughnees 243
General in-formation on machining accuracy 244
Ch. XXVT.I. Concept of Designing the Techniques of Machining of
Machine Parts 245
8*;. Basic definitions and methods of design 245
Bibliography 252
AVAILABLE: Library of Congress
,L"Xo/ksv
Card 0 .2-26-59

3-3-15/40
A7JTHOR:.- Shishkin, A.A., Candidate of Techrii-zal Sciences
TiTLE: Toward a more Active Solution of the Problems Set up by
"Letter H 100" (Xktivneye reshat' zadachi, postavlennyye
"Pis,mom 100.) Continuously Control Independent Work
(Posto nno kontrolirovat' samostoyatellnyye zanyatiya)
.3m
PERIODICAL: Vestnik Vysshey Shkoly, March 1957~ # 3, p 63-66 (USSR)
ABSTRACT: The article begins with the statement that a proper organi-
zation of student independent work is one of the most com-
plicated questions that professors and instructors of VUZ
institutions face. Such organization*is difficult as
there are no rules, and cannot be any, which can be applied
to existing conditions. The aihthor, an instructor at Penza
Industrial Institute explains the pedagogic measures adopted
by him to induce the students to work from the very begin-
ning of the semester. Thus, for instance, preliminary
colloquies have been introduced to inerbase student inde-
pendence in carrying out laboratory work for which the
Yoscow Institute of Energetics (Moskovskiy energeticheskiy
institut) has aet the example. The methods used reet with
Card 1/2 the students' approval.

SOV/1 12-57 -6-17-660
Translation from: Referativnyy zhurnal. Elektrotekhnika, 1957, Nr 6, p 149 (USSR)
AUTHOR: Shishkin, A. A.
TITLE: Filiatle-Balance- Biidge With a Resistive Output
(FoLzobalansnyy most s aktivnym soprotivleniyem na vvkhode)
PERIODICAL: Tr. Penzensk. industr. in-ta, 1955, Nr 3, pp 61-69
ABSTRACT: A phase-balance bridge circuit is analyzed which serves to obtain a
DC voltage proportional to the error angle of 2 input sinusoidal voltages of the
same frequency. A formulais developed which gives the relationship between
the DC output voltage Uo (see figure) and the input signal values e1 and e2 and
the circuit parameters. Diode characteristics are assumed to be perfect
(a constant forward resistance RS and an infinite backward resistance). With
constants elmax, e2max and circuit parameters, the mean value of U. is
directly proportional to the sine of the phase shift angle. An experimental
study of the circuit with RI = 30,900 ohm, R3 = 14,700 ohm, RH = 82,500 ohm,
e,, max = 58 V, e,m,, = 0. 39, and with a 6X6 double diode revealed an agree-
el.a.
ment between the experimental and the estimated data within 3% or less for the
error angles within+ 200.
Card 1 /1 V.A. B.

SHISHKIN, A.A., kand.takhn,nau1c , dotsent
Surface quality o1' the parts of the cylinder group of diesel
locomotive enc-ines. [Sbor.trud.] RIIZH-T ne.1i:299 161.
I (MIRA 16-,12)

APTHOR ~ Sh ishkin, A,A, SOV/20-1-23-2- -o
TI?LZ: genvalues and Ei-genfunct i o.,,~ ~f Fourth Order Di i i.-,: --aI
Operators a Small Paramecer for the Highest Derivativ.
(Sobstvennyye znacheniya i sobstvennyye funktsii nekotorykh
jifferentsialInykh operatorov chetvertogo poryadka s malym
parametrom pri starshey proizvodnoy)
PZHIOLICAL.~ Doklady Akademi-i nauk SSSR, 1956, Vol 121,Nr 2,iop 249-2r~
ABSTRACT. On [0,11 let be given the linear sell'adJuint opcratoro
2 d2 d2 d
L = -
- (p
(x) 4. 1, and L -
= k
2
2
'IX
dx2 0 0
dx
where p,(x) >0 and i times continuously differentiable on 0-4 x.~,
(i-1,2). The author considers the boundary value problems
) - -',k u, u((-))-u()).O,u17 (0
6-.1
( 1 ) L
( u
) - u6(1).O
2
.
.
,
,
-,
(2) L0(y) --),Y, Y(O) = Y(1) - 0.
With the aid of a method of Glasko ZRef 11 the authckr obtains
representations of the positive eigenvalues and eigenfunctions

.)f (1) by the eigenvalues and e
-Lg~-nfunc'ions of (2). Besid,-~ J.
is shown that ha3 the eigenvalute ze~~o for speiz;ial

;If-. all d Ei genftm,. f C~lrtair Or-ier 0 V/ 2 0 12 3 2 Of,
j i n t i a i Opi ra t orn Wi Lit a Sm,ij t Pai mr-o 0 !- I ~r ~ Ke
F! tz L, r:L v a t ). v c
"he pt'rametpr 11
There are .3 references, 2 of whi-.h are Soviet, and I Amr*,^,
All I C411 1.'o s1k
-ovsk; y go,-,,u iars Lvenayy !An, ve csi t 2 ~- i inen L M- V. Lomonoz~,~- a
Mo s c ow State Univers-~ty imet~-~ M,V Lr-monosov)
HESSNTEP; Jure 17, 1958, by T.0 PetrovskLv, ~cauemi-cian
'T El'
,:,, -.11 1 T I P -'-'Tj -Mi a v 8
()a 1 a 2 / , -,

to S~"*Ir:-t
J-n the ci' ec--'.ons.
4 no. s7,pl
-A -,8-.2*)

4
A
00
00
004
0
i
o ~00 o 0
0 It U U M
J a L A
-X Q -k,
011pras
w(Aftg-bullt ruhbt* constrLictito nl&40 With
ad=-C`:WQM Chloride. A. A. !~44b~kln. -%Woad.
Prom. 24. No. 11/12. 30-109411) .-Tesis iWii made on
bonding rubble with a cement to which C&CI, was added
to det. the tffect of CaCls In reducing the influence of
frost. The it*cimens. rubble bontW with a cement'
cunte. Sr, of CACIj, were vxpo,~cll to ternpq. of -2 to -22*
and then to 2-12'. The sivvinirn, were finally tnted.
rite addil. of eacl to a 1: 1 of 1:4
tement permits use the collient at temim ()Own to - 10
without impairing the strength of the mAsoury.
NE flosch
A_ OCULLUSMIC&L UTIMAUat CLASSWICAYIQ14
xl;b.
14novj -4
U 0 AV F no
00 to a At K if W 9PC It ~(C KW
0 0 0 0 0 49 0 0 0 4 0 0 0 0 0 4
1* 00 0 0 a * a * 0 a a a
-00
66
-0411
-00
=0*
woo
coo
coo
zoo
tie 0
11roo
Saawa
4 0 a 0 0
a 0 0 0 0 0 0 0 0 0 0 4 0

SHISHKIN, A.A., kandidat tekhni(;-heakikh nauk.
On increasing the allowabla load on thawing brickwork made with
cement mortars. Stroi.prom.25 no.10:6-10 0 147. (MILRA 9:1)
I.TSentralinyy n&uchno-igelGdvvs.teIfakiY institut promyshlennykh
sooruzheniy. ,.'.
(Masonry--Cold weather conditions)

USZSM/Enginer~:--ng Sep 48
Construction Materials
Masonry
114ays for F-tu-ther Improvement of Winter
Masonry Technique," A. A. Shishkin, Cand
ON Tech Soi, Pen Soi Res Inst of Constr]Jhd.
1-, 4 pp
F14
I'Stroltell Pron" No 0
Describes variona methods suggested for
thawing stones and masonry in construction
operations under way luring winter. Pre-
sents methods vhich gave best performance
26/49T39
USSP/Engineering (Contd) Sep 48
with different types of building materials.
26/49T39

A.li.
2962')
Armirovannava 1-iutovayc kl-adl-n T Voernoshnost'lleye Isn-olleovaniyc v eLmnyem Stroityell
stvve. Stroit. From-st: 1949, No-9, S-6-9
SO: Letonisl Nlo.40

SHISHKIN, A.A., kand.t(-kbn.nauk
Standards for designing masonry construction elements in 1949.
Stroi.prom. 27 no.8:18-21 ~g '49. (MIRA 13:2)
(Building-Constracts and specifications)

Winter masonry with solutions containing antifreeze
dditives. A-A-Shishkin. SitOild. 1'rom. 23, No. P.
IWID.501 --The frcrz* ary vAn.." Mw
I K .ltllAw
by t a -1 acl aml(m I CIXCI,
['I%,- ntabilitv iv( the kilixtAr is Itot affeclell Ill? tile minlixtiltv.
NUI IV 11014CMIlk

S',I',SitKII~, A.. A. , Engineor
"Investig;ition of the Diagram of a Phase-Balenced Bridt-e.ll Sub 8 Jun 51, Moscow
Order of Lenin Power Engineering Ins" iweni V. 1--.. ljolotov
Dissertations presented for science and engineering degrees in Mpscow during 1951.
SO: Sum. No. 480, 9 May 55
--7-
: - 1,.

5HISHKIN, A. A.. LAUREAT STALINSKOY PREMII KANO. TEKHN. NAUK
TsCNTRAL'Nyy NAUCHNO-ISSLEOCVATEL'SKIY INSTITUT PqCMYSHLCNNYKH SOCRuZmNiy (TSN(PS)
IZUCHENlyc KLADAI NA KHLORIROVANNYKH RASTVORAKH. PAGE 38
V' SCORNIK AN140TATSIY NAUCHNO-15SLEDOVATEL'SKiKH RABOT PO STROC-TEL'STVU._MOSCOW, 1951

SHISHKIN, A.A., kandidat tekhnicheakikh nauk, laureat Stalinskoy premii,
Wintertime construction of multi-storied brick buildings. Gor.
khoz.Mosk. 25 no.12:20-25 D '51. (mLaA 7:12)
(Bricklaying--Cold weather conditions)

SHISHKIN, A. A.
"Consideration for the cc-_it*ons in the winter stone construction projects," Con-
struction Industry, 1952.

. A. A.
Yortar
Froper use of new solutions for stone la-ing and facing work in winter. Stroi. prom.
30, no. 8, 1052.
9. Monthly fist ~f Russian Accessions, Library of Congress, December -1951, Uncl.
2

SHISHKIN, A.A., kandidat tekhnicheakikh nauk, laareat Stalinskoy premii.
Using mortars with chemical admixturea for masonry work in winter.
Sborematto nov.tekh.v stroi. 15 no.10:24-25 153. (MMA 6:12)
(Kasonry) (Kortar)

SKRAMITAYEV, B.G., professor; SHISHKIN, A.A., kandidat tekhnicheskikh namk;
ORLYANKIN, inzhen;`r-,"IBUbILbv,, 'A.A., inzhener.
Use of coarsely porous concrete for building walls under winter conditions.
Stroi.prom. vol. 31 no.9:20-21 S '53. (~U,RA 6:9)
(Concrete coustruction-Gold weather conditions)

SHISHKIN, A.A., laureat Stalinskoy premii, kandidat tekhniaheakikh nauk.
Introducing modern technique into the practice of atone construction during
winter. Stroi.prom. )I no.10:4-8 0 653. (MLRA 6:11)
(Masonry--Cold weather conditions)

SHISA: IN, A. A.
T
243 Primanenip Khimeicheskikh ~Dbavok "ri. Zimnikh Kamonnykq, Betonnykh ~
Shtukaturnykh Rabonkh, Pod Fed. P. N. Grigor'yeva. M., Gos. fzd. Lit.
Po Stroital'stuy I Arkhitekture, 1954. 80S Sill. 20 at. (M-vo Stroitel'stva
Predpriyatiy Matallurgich. I Khim. Prom-sti SSSr. Tekhn. Upr. Tsentr.
Nauch.-Isslad. In-t Prom. Sogoruzheniy TSN1F3. Lauch. Soobshcheniye. Vvp.
16). 4.000 AZ. 2r 95K-(54-14.,490ZH)
691.5 t 693",2411
SO. Knizhnaya, -6etopis, Vol. 1, 1955

.~ H / ~~ i'y /'I'- / Ar , A - A - 1,
SHISIM111, A.A., kandidat takhnicheakikh nauk, laureat Stalinskoy premii.
Characteristics of combined use of brick walla and ceramic facing.
Stroi.prom. 32 no.8:20-25 Ag ':)4. (MLRA 7-8)
(Walls)

H 0 r4,A -,A.
TOKMAKOVA, I.A., kandidat tekhnicheakikh nauk; SEIISHUX,,A~A., kandidat
7-
tekhnicheskikh nauk; BOGATYREV, I.I., kan:didat tekhn'-i.cheskikh
nauk.
Wintertime laying of cement mortars with added potash. Stroi.prom.
32 no.10:17-21 0 1541 (MLRA 7:11)
Nortar) (Potash)

Name SHISSIVUHN, Aleksandr Aleksandrovich
Dissertation: Studie3 of the Physical and Plechanical
Properties of Wint-er Brick-Laying
Degree: T,7~c Tech Sci
Affiliation: /Rot indicateg
Defense Date, Place: 20 Jun 56, Council of dentral Sci Res
Inst of Industrial Constructions
Corti-fication Date: 29 Sep 56
Source. BMVO 6/57

- SHISHKIN, A.A., laureat Stalinskoy premii, kandidat tekhnicheskikb nauk.
Effect of the first freezing of brick mortar on its physical and
mechanical properties. Stroi. prom. 34 no.9:23-27 S '56.
(MLRA 9:10)
(Bricklaying--Cold weather conditions) (Mortar)

SHIGME, A.A., doktor takhnicheskikh nauk.
Experience gained from accidents with base stone pillars. Stroi.
prom.34 no.12:12-~q D '56a (MLRL 10:2)
(Columns, Brick) (Reinforced concrete construction)

SHISHKIN, A.A., doktor tekhn.nauk.
Improving the quality of winter masonry, work.,Stroi.prom. 35
no.9:2-4 S '57. (MIRA 10:10)
(Masonry--Cold weather conditions)

SHISHKITI, k.. dol-tor tekhn.nauk
Constructing buildings with rmisonry walls under winter conditions
in 146scovi. Na stroi.Mosk. I no.10:1-5 0 '58. (WRA 11-12)
N
(Moscow-Building-Cold weather conditionsIf

SHISHKIN, A.A.
Careful labor organization leads to success in work. Transp. Strol.
8 no.11:7 N 158. (MIRA 12:1)
(Building)

SHISHKIN, A.A., doktor tekhn.nauk; KLIIIOVA, G.D., red.izd-va; ELIKINA.
N.M., tekhn.red.
(Temporary instructions for building residential and rublic
buildings under winter conditions-using gas and petroleum gas
heating] Yremnnye ukazaniia po stroitslIStVU 2hilykh i ob-
shchestvennykh zdanii v zimnikh usloviiakh a ispollzovaniam gazo-
vogo i neftegazovogo progreva. Moskva, Gos.izd-vo lit-ry po stroit.,
2rkhit. i stroit.materialam, 1959. 35 P. (MIRA 13:3)
1. Akadardya stroiteltstva i arkhitaktury. Institut stroitel'nykh
konstruktaii. 2. TSentrallnyy nauchno-issledovatellakiy institut
stroitelInykh konstruktsiy 1kademii Btroiteltstva i arkhitektury
SSSR (for Shishkin).
(Building--Cold weather conditions)

SHISMall, A.,doktor tekhn.nauk
Correct method for determining the strength of thawing masonry
stnictures built iuider winter conditions. Na stroi.Mosk. 2
no.3:18-19 Mr '59. (14IRA. 12:5)
(Bricklaying-Cold weather conditions)

k
SHISHKIN, A.., doktor talchn.nauk
Concerning the article "Yreezing characteristics of mor-
tars used in sealing of seams." Na stroi.Mosk. 2 no.11:22
N '59. (MIRA 13:3)
Wortar-Gold weather conditions)

SHISHKIN, A., doktor tekhn. nauk
Concreting joints in exterior walls of large-panel buildings.
Na stroi. Mosk. 2 no.12:17-,.0 D 159 (MI]RA 13:3)
(Concrete blocks)

SHISHKIN, A., doktortel-hnicheakikh nauk.
Gas heaters for heating and drying buildings. Zhil.stroi. no.11:
0-12 '59. (MIRA 111--0
(11rartment houses) (Drying Rpparatus) -

SHISHKIN, A.R., kan-l.tek-hn.nauk laureat Stalinskoy premii
Reinforced rubble masonry and possibilities for its use
in winter conetruction. Stroi.prom. 27 no.9:6-9 S 159.
(MIRA 13:2)
1. TSentrallnyy nauchno-issledovatel'skiy institut promy-
shlennykh sooruzheniy.
(Masonry--Cold weather conditions)

SHISHKINS A.J. doktor tekhn,nauk
Assembling buildings in cold wather conditions. Na st Toi. Roe.
no,3;29-30, 33-34 D '60s 14IRA 14:6)
(Building-Cold weather conditions)

SHISHKIN, A-A, , doktor tekhn.mAuk
Effect of thaving on the strength and stability of walle of
industrial buildings laid in winter. Prom. stroi. 38 no.9:43-46
16o. (MIRA'13:9)
(Walla) (Building, Brick-Cold weather conditions)

SHISHKIII, A., doktor tekhnicheskikh nauk; RAZYXOV, R., in-,,h.
Vertical joints in exterior walls of panel buildings. Zhil. stroi.
no.2:6-9 F 161. (MM 14:1)
(Walls) (Concrete slabs)

SHISHKIN A.A,,, prof., d.oktor tekhn.nauk, MATIOV, N.G., kand.tekhn.nauk
International symposium on grouting of prestressed concrete .,.
elements. Bet.i zhel.-bet. 8 no.9s427-433 S 162. (MIRA 15t12)
(Prestressed concrete--Congresses)

ZOBNIN, Nikolay Pavlovich, prof., doktor tekhn.nauk-;'YUDIV, Daniil
Llvovich., dots., kand.tekhn.nauk-. SHISHKIN, Aleksey Alekseyevich,
dots., kand.tekhn.nauk; ROGOV, Aleksandr Yakovlevich, ao-Ls-.-, -RMZ-.-V-ekJm.
nauk; POKUDANTOVIP.N., kand.tekhn.nauk,retsenzent; SARANTENju.S., in2h
red.; BOBROVA, Ye.N., tek1m. red.
[Metal cutting] Obrabotka retallov rezaniem. Izd.2. Moskva, Trans-
zbeldorizdat, 1962. 299 p. (MIRA -15.-6)
1. Moskovskiy institut inzhenerov zheloznodorozhnogo transporta (for
Zobnin, Yudin, Rogov). 2. Rostovskiy institut inzhenerov zholezno-
dorozhnogo transports (for Shishkin).
(Metal cutting)

SHISHKIN, A.A.,, doktor tekhn.nauk, prof.; BRAVINSKIY, E.A., mladshiy nauchnyy
sotrudnik
Sealing joints of panel-type buildings in win'tertime with concrete and
an addition of sodium nitrite. Bet.i zhel.-bet. 9 no.12.-537-540 D 163.
(NIRA 17:2)

SHI-IIHMN) A.A, 9 tek~~n. nauk, prof.
Considering and study-Ing the technical causes of fallare and dar-age
of construction elements. Anal. prich. avar. I po,,T. str-'. '-"r,.
no.2t6-22 164. -
Causes of failure In s'~andard brick buildings with longitudinal bear-
ing walls and measures to eliminate them. Ibid.223-55 (MIRA 18.-5",

causes

r n,
'13

Largc~-

A. A., drykt. or t,,Ahn. nauk; SMIMOV, ') .."- ~, lf;.-Id . -,, ~.,- ~~
B111,11INSK-lYt E.A., k-and. t-khn. Tyluk
I u 1, .7 -. ~e -.
~,Iintej- iesiling of FTA-cast s true turer, vlt,ncut. hcn~ lr4~. s'-- -
I .- ti4
4,3 -.qo. 10 :?~l 0 65. C.U:: 1.Fn 1.1 1

31735
3/081/61/000/021/062/094
B138/B101
AUTHORS: Grinberg, D. M., Leontovich, L. V., Ruchkini V. M.,
Shishkin, A. F.
TITLE: Apparatus for measuring the moisture content of ammonium
nitrate explosives
PERIODICAL: Referativnyy zhurnal. Khimiya, no. 21, 1961, 391, abstract
21L446 (Bezopasno~tl truda v pr..)m-sti, no. 4, 1961,
23 - 24)
TEXT: The az-'-icle describes a portable electrical instrument n3B (PEV)
designed for the rapid measurement of the moisture content of ammonium
nitrate explcsives and of ammonium nitrate. The instrument measures the
electrical resistivity of samples of the substance. This valu" is a
function of humidity. To calibrate the PEV, the resistivity of several
samples is measured, and at the same time their moisture content is
determined by the oven-drying method. The PEV consists of an electric
circuit for measuring resistance, and a transmitting unit which is a
Card 112

31735
3/081/61/000/021/062/094
Apparatus for measuring the moisture ... B138/B101
cylindrical plastic container with an inside diameter of 65 mm and depth
of 27 mm. It has two aluminium electrodes in the shape of rectangular
plates 27 mm in length and 10 mm wide. The test substance, in powder
form, is placed in the transmitting unit, resistivity is measured, and the
moisture content is found from the calibrating curve. With the appropriate
calibration, the instrument can be used to measure the moisture content
of various different substances which have high electrical conductivity,
e.g. mineral salts and fertilisers. [Abstracter's note: Complete
translation.
Card 212

FIYUYEV, G.A., kand.tekhn.nauk; YUNITSKAYA, Ye.l., starshiy inzh.;
RYAKOVA, E.Ya.: Prinimali uchastiye: PETROV, A.M.,; SHISHKIN, F.;
HIAUS, 0.11-1.; HUS,,KOVA, R.A.; STEPANOVA, L.G.; KALIffK_ITF,__V_.
GOFFALOVA, IN.E.; SACITOV, V.F.; FRIOV, M.F.; LUKASFOVi~, T.T.;
SAVKIN, P.S.
Grain-size distribution in th~ material produced by crushing rock.
Sbor. trud. NIiHelezobetona no-3:0-go 16c. (MMU 15:2)
1. Gosudarstvennyy nauchno-issledovatel'skiy institut zhelezoteton-
n.-kh izdelii, stroitel'nykh i nerudnykh materialov (for Petrov,
Shishkin, Knaus, Rusakova, Stepanova, halinkin, Gopkalova, ~'achkov,
Frolov, Lukashova, Savkin).
(Stone, Crushed)