SCIENTIFIC ABSTRACT PETRICHENKO, A.M. - PETRICIC, A.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001240320014-4
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: January 3, 2017
• Document Release Date: June 21, 2000
• Sequence Number: 14
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

PZTRICMMO. Alskso Nakal VJS6 doteent, kandidat takhnicheskikh nauk;
WWAMMWW~ Lowunsaw, . a, Inzoiner, reteenzent; SCROXA. U.S.. redaktor-.
RUDINSIM, T&J.. takhmicbeekly redektor
[Thin-walled chill castings) ?Onkogtonnye kokillnyo etltvkt. Kiev.
Goo.nouchno-tokhn. Izd-wo mashimostrolt.lit-ry, 1957. 159 p.
(Die canting) WRA 10-8)

uRYIN N P
uchob. T:C-
I A 11
w,th ql-eroidfil grapn
8 nn.10.12c)-13:1 165.
afa ~ *-cv skl.v 1 t o,; -ny

- PET.--aCHENKO - A,M. . SOU:702EV . L.A.; BUI-VkKOV, L.M. ; TOROPOV, A. I.
InvestigaVng distrilm~,ting shafts made of =agnesi,= cast iromn.
Lit. proizv. no.6:22-23 Je 062. (MM% 15;6)
(Cast iron-Testing) (Shafting-Testing)

PETRICHENKO, A.M.
Semipermanent foundry molds for thin-walled castings. Lit. proizv.
no.9:45-46 S 161. (YUA 14:9)
(Molding (Founding))

PHASE I BOOK EXPLOITATION SOV/5579
Petrichenko, Aleksey Maksimovich, and Yelena Alekseyevna Sukhodollskaya
Sovremennoye liteynoye proizvodstvo Kitaya (Modern Founding in China) Moscow,
MashgIz., 1960. 198 p. 1,200 copies printed.
Reviewer: S. N. Nylko,, Candidate of Technical Sciences~ Docent; Ed.: M. S.
Soroka; Chief Ed. (Southern Dept. Masbgiz): V. K. Serdyuk., Engineer.
PURPOSE: This book is intended for technical personnel and outstanding foundxy
workers.
COVERAGE: A concise review Is given of the beginnings of founding in China, its
present state,, and characteristic features. Particular attention is devoted
to a study of new foundries and to a consideration of ancient manufacturing
proceeses which are still in use today. Peculiar casting techniques and the
original equilment of some foundries in the People's Republic of China are
examined. Also discussed are the organization of shops, the training of
foundry personnel, and the publication of literature on founding and the
Card 1/3

Modern Founding in China
SOV/5579
results of research work. The authors thank Docent B. A. fioskuv., Read c f the
Departmat of Foundry Manufacture of XhPI,, and Docent S. N. Mylko, U-blef Spe~-i-
&list of ONK of the UkrSSR, for their coments. There are 28 referenc-es,
all Soviet.
TAME OF COMMS:
Foreword
Introduction 5
1. Short Historical Review of Founding
Il. The Present State of Founding 2r,
III. Foundries 36
N. High-Strength Cast Iron 50
V. Holding Materials 64
Card 2/3

-XJMIGHSMD,-Aleko-oy-)!2)c!Li~!~xkqhl_SUKHODa6lMUU, Yelena Aleksaye-fna;
M=O, S.N.. doteent. kand.tekhn.nouk. reteenzent; SOROLA, K.S..
red.;
[Foundry practice in modern China] Sovremennoe litelnoe proiz-
vodstvo Kitaia. Koskva. Gos.nauchno-tekhn.izd-vo mashinostroit.
lit-ry, 1960. 198 p. (KMA 14:1)
1. Glavnyy spetsialist GoBudarstvennogo nauchno-tekhnichenkogo
komiteta USM (for Mylko).
(Chinn--Founding)

PETRICUNIO. A.H.V dote., kand.t#~khn.rauk
An Iron casting In anclomt China. Izv.vys.ucheb.zav.; chern.met. m .11:
41-10~ N 158. (MIR-A 12:1)
1. Kharlkovmkiy avtorsobillno-dorozhW institut. Rekomendovano kafedroy
takhnologil metallov. (China--Iron founding)

PHTRICHEM, A.M., kand. tekhn.nauk; 1~=ODOLOSXATA, Te.A.,kand.tekhn.nauk
Pecullaritles of cast Iron metallurgy In China. Netallurg
4 no.1:37-39 Ja '599 (MIRL 12:1)
(China--Cast Iron-Metallurgy)

SOV/130-59-1-18/21
AUTHORS: Petr4eherdro-*-.+I-.--a~Sukhodollskaya Ye.A., Candidates of
.-Technical Sciences
TITLE: Peculiarities of Chinese Pig-1ron Production Practice (0b
osobennostyakh kitayskoy metallurgii chuguna)
PERIODICAL: Metallurg, 1959, Nr 17 PP 37-39 (USSR)
ABSTRAM The authors give some of the results obtained on. modern
blast-furnaces in China (eg values of the coefficient of
utilization of useful volume as low as 0-1+93 and 0.488
on some occasions) which produce most of the pig iron and
then go on to describe some ancient processes which are
now also being used. These include the production of
blooms in crucibles (Figs 1 and 3) in a furnace (Fig 2)
followed by their carburization and melting in a special
furnace (Fig 7). An analysis of this type of iron gave
3.8% C, o.69% si, 0.04% Mn, 0.19% P and 0.23% S.
Another way of melting the blooms are small (3-4m3)
blast furnaces: these can operate with a coefficient
Card 1/2 value of 0.6 - 0.65 and can give a usable cast iron
(4.0% C, 0.77% Si, 0.13% Mn, 0.20% P and 0.01% S).

SOV/130-59-1-18/21
Peculiarities of Chinese Pig-Iron Production Practice
Dwarf blast-furnaces (10-250 m3) are widely used for the
smelting of scattered ore deposits and their hearths and
shifts last for 1 - 1.5 and 10 years respectively. The
authors give information on the scale of small-furnace
construction and the planning and financing of this work.
There are 8 figures.
Card 2/2

FETRICMUROY A. M.
"On the Experience of the Chinese Democratic Republic with Soimpormanont Molds
for Thin-Wall Coatings."
report presented at Scientific-Thchnical Session on Progressive Technoloey of
Casting ~blds, orSmized by the NTOMAShFROM of the Kharkov Oblast', in KharIkov,
14-16 Nov 1957.
Liteynoye Proizvodstvo, 1958, No. 4, pp. 28-30

PATRIGHNIKOO, A,H,; SUKHODOLISKAYA, Yo.A.
Holding mterials In the CM-Aneve Pboplelm Republic. Lit, ;~rolrv.
no.1:25-27 A 158. (MIRA 1".t?)
(Ghtna-Sand, Youndx7)

MRICMMO, A.M.
Nill molding in China. Lit. proi2y. no.2:30-32 7 158. (MIRA 11:3)
(China founding)

rr'Fp~ ic /-/F /V /'~ D
Call Nr: TS 233.P49
AYTTHOR: Petrichenko, Aleksey Maksimovich, Docent, Candidate of
~SAeniEes
TITLE: Thin-Walled Permanent-Mold Castings (Tonkostennyye kokil'-
nyye otlivki)
PUB. DATA: Gosudarstvennoye nauchno-tekhnicheskoye izdatel'stvo
mashinostroitel'noy literatury, Fiyev - Moscow, 1957,
159 pp., 5,000 copies
ORTr. ArENCY: None
EDITOR: Soroka, M.S.; Chief Editor of the Ukrainian Branch of
MASHGIZ,:Zalogin, N.S.; Reviewer; Levchenko, P.Y.;
Technical Editor: Rudenskiy, Ya.V.
PURPOSE: This book was written for the engineering and technical
personnel of foundries and foundry planning organizations.
It can serve also as a textbook for advanced courses
Card 1/12 in foundry practice.

Thin-Walled Permanent-Mold Castings (Cont.)
Call Nr: TS 233.P49
CO.XFPRAC,P,: The author describes the technical aspecrs of the
processes by which thin-walled iron parts are cast in
permanent molds. He discusses the positive and negative
features of various types of permanent molds employed
in the manufacture of thin-walled cast parts,
recommending certain types of molds, mechanical devices
and equipment, and indicating by what means the number
of rejects can be reduced. This book represents a
Soviet contribution. There are 45 references, 44 of
which are Russian, I English.
TARLE OF CONTENTS: Foreword
1. General Facts on Metal-Mold Casting
3
1. Basic outline of the process 5
2. Advantages 7
3. Problems 10
4. Possibilities 14
Card 2/ 12

Thin-Walled Permanent-Mold Castings (Cont.)
Call Nr: TS 233.P49
11. Special Features of the Process of the metal-mold Casting of
Thin-walled Parts
5. The nature of thin-walled castings 16
6. Difficulty of obtaining castings without formation
of cementite on the surface 17
7. Interdentritic form of graphite 20
8. Cracking tendency 21
9. Filling the molds 22
10. Precision of casting dimensions 23
11. Characteristic thermal conditions of metal-mold
casting 24
Card 3/12

Thin-Walled Permanent-Mold Castings (Cont.)
Call Nr: TS 233,P49
III_ Technical Fitness of Products Cast in Permanent Molds
12. Concept of technical fitness 26
13. General requirements regarding thin-walled castings 29
14. Indications of unfitness in thin-walled castings 30
15. Possible changes in the design of castings 31
16. Conditions determining the technical fitness of
thin-walled parts 35
IV. Permanent-Mold Designs
it'. Types of permanent molds 36
18. Shake-out molds 39
19. Multiple molds 40
20. Horizontal-split molds 42
21. Vertical-split molds 44
22. Multiple-split molds 46
23. Frame molds 49
Card 4/12

Thin-Walled Permanent-Mold Castings (Cont.)
V. Permanent-Mold Units
Call Nr: TS 233.P49
24. Classification of units 51
25. Field of application of the rotary table and
conveyor 52
26. Manual units 54
27. Mechanization and automation possibilities 59
V1. Structural Features of Permanent Molds
28. Joining the mold parts 63
29. Wall thickness 64
30. Closing devices 65
31. Metal cores stem anchors 68
32. inserts 70
Card 5/12

Thin-Walled Permanent-Mold Castings (Cont.)
Call Nr: TS 233.P49
33. Air vents 71
34. Cates 73
35. Tolerances 73
VII. Manufacture of Molds
36. Basic production process 74
37. Selection of material 76
38. Strength of treated and untreated surfaces 77
39. Blanks for molds 78
40. Negative method of obtaining blanks 78
41. Mechanical treatment 80
42. Metal-mold assenIbly 82
43, Testing and finishing metal molds 84
Card 6/12

Thin-Walled Permanent-Mold Castings (Cont.)
Vill. Cate Designs
Call Nr: TS 233.P49
44. Metal feed system and quality of the castings 85
45. Gate types 87
46. Horn gates
88
47. Top pouring 89
48. Riser systems 91
49. Effect of the gate system on the useful life of
the mold 92
50. Gate system and the technical and economic
indicators 92
51. Interrelation between the gate-system parts 94
52. Inserts for gate systems 95
Card 7/12

Thin-Walled Permanent-Mold Castings (Cont.)
IX. Permanent Molds in Operation
Call Nr: TS 233.P49
53. Putting the molds into operation 96
54. Heating 97
55. Spraying 98
56. Mold assembly 100
57. Casting process 101
58. Shaking out the castings 102
59. Mold cleaning 104
60. Repair and storage 104
X. Prevention of Casting Defects
61. Characteristic defect types 105
62. Blisters 105
63. Cracks 106
64. Short-run castings 108
Card 8/12

Thin-Walled Permanent-mold Castings (Cont.)
Call Nr: TS 233.P49
65. Castings not meeting specifications 108
66. Dirt and slag inclusions 109
67. other defects 110
X1. Preventing the Surface Formation of Cementite
68. Factors causing the surface formation of. cementite 110
69. Thickness of castings ill
70. Effect of the temperature of the molten-metal on
the surface formation of cementite and the strength
of the castings 112
71. Effect of mold thickness 113
72. Modifications 113
73. Shake-out time 114
card 9/12

Thin-Walled Permanent-Mold Castings (Cont.)
Call Ni: TS ~33.P49
74. Effect of mold heating 115
75. insulating coatings 116
76. Effect of the chemical composition of the
pig iron 117
XII. Casting Cooking Pots 120
77. Mold design 120
78. Improving the design elements 122
79. Modified production process 123
80. Materials 124
81. Mold manufacture 126
82. Preparation of the mold 126
83. Making the core 127
84. Pouring and shaking-out 128
card 10/12

Thin-Walled Permanent-Mold Castings (cont.)
XIII. Casting of Kettles
Call Nr: TS 233.P49
85. Design of the casting 129
86. Mold construction 130
87. Mold with sand core 132
88. Mold with metal core 134
89. Quality of the castings 135
xiv. Skillet-type Castings
90. Special features of the production process 137
91. Split-molds with vertical positioning of the
casting 137
92. Horizontal split molds 139
93. Two-part molds 140
94. Molds with a metal core 141
Card 11/12

Call Nr: TS 233.P49
Thin-Walled Permanent-Mold Castings (Cont.)
XV. Cast Machinery Parts
95. Concise description 143
96. Automatic feeder parts 144
97. Angle bracket of an engine water pump 145
98. Plowshares of high-strertgth cast iron 146
99. Resistance coils 148
100. Plow moldboard 149
XVI. Planning the Shops
101. General trends 152
102. Two versions of the planL Layout 153
103. Designing the rotary-table systems 156
104. Conveyor system 157
105. Fettling and cleaning 158
Bibliography 159
AVAILABLE: Library of Congress
Card 12/12

FF
A
lE 'l
le "Ia-
Affens. l4w lia,
det4. by ul-~
w-4
am Wai~it U,:,~
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at-I ?C + M ;w Us CA F-ff ~tt Qj !onz ipt-i~loidal
Lt

PETRIGHENKO, A.M.
Theoretical basis for det~irrln:lng th" optimm thickness of
chill walls. Izv. vys. ucheb. zav.; chern. met. 7 no.8:161-
166 164. (MIRA 17t9)
1. Kharlkovskiy avtomobillno-doro-Almyy in3titut.

S1 1-33/6 2/000/005/004/cIl- 6
A054/A 127
AUTHORS: Itskovich, G.M., Engineer, Zubarev, A.G., Engineer, Gankin, V.B.,
Engineer, Petrichenko, D.P., Engineer, and Genkin, V.Ya., Engineer
TITLE: The smelting of rimming steel in 80-ton electric furnaces with con-
tinuous pouring
PERIODICAL: Stal', no. 5, 1962, 42o - 425
TEXT: The industrial-scale electric smelting of rimming steel is carried
out in furnaces with a rated capacity of 80 tons and an actual capacity of 90 -
- 95 tons, (transformer capacity: 25,000 kW, electrode-diarreter: 555 rrim, depth
of the bath: 1000 rrui). Tests have shown that one of the most important condi-
tions of this process is the oxidation of' the metal before tapping which determines
its uniform rimming in the ingot mold, The oxygen quantity involved in the proc-
ess depends mainly on the carbon content of the metal and the ferric oxide content---
of the slag. This, in turn, is conditioned by the quantity of ore added to the
charge and the basicity of the slag. For slags with a basicity of 3.0 - 5.0 and
at metal temperatures of 1635 - 16450C, the average value of FeOtotal was 24.1%;
[Abstracter's note: subscript total is the translation of the Russian subscript
Card 1/5

S/133/62/000/0J5/()J4/0U6
The smelting oil ...... A054/A127
06W - (obshchiy)], at temperatures above 16600C: 18.21%. To obtain the
requirea oxidation during rimming of tho iiv-uAl thvoe mothodo wore uved: a) addine
ore, b) with oxygen and ore, c) with oxygen alone. Generally method b) is ap-
plied, ensuring quick heating of the batli, a higher oxidation rate of carbor~
~'3.25 - 1.0% C per hour) and a ferric oxide content of the slag of 20.3~'4. Tlne
ontimum metal temperature at the beginning of oxygen blowing was found by tes--s'
Do 1,570 - 1,5800C. The optimum degree of metal oxidation ensuring a uni,*orm,
.-mming in the mold, can be obtained when the slag contains 15 - 23% F-eOt,-,.!
betore reduction. Oxidation and rimming can be promoted by adding 50 - 250 g/ton
aluminum in the ladle, depending on the carbon content and oxidation of the slag.
Desulfuration of the metal takes place most intensively (before slag tappinj~) at
a slag basicity of 2.5 - 3.0. In this case it will be 0.011% of the smel-~(aver-
age value). When electro-smlting oil rin.,aiing steel is combined with contin-,~O';s
pouring, the charge'must be composed so that the carbon content of the SmicItIng
metal is 0.10 - 0.20% higher than prescribed for the given grade. The charge
usually consists of 80 tons iron-steel scrap, 5 tons scrap and waste from the
converting shops and 5 tons pig iron; the first batch (55 - 65% of the charGe)
is molten in I - 1.5 hours, then 1.5 - 2.5% ore is added to obtain a 13 - 23"Z'
FeOtotal content of the slag, then lime or limestone (4 - 5% or 7 - 8% respective-
Card 2/5

S/I 33/62/000/005/031i/G._~i~
The smelting of ....... A054/A127
1y) is added to get a slag basicity olf 2.5 - 3.0. Pig iron stabilizes the carbon
content durinS smelting and improves desulfuration at the beginning of rimuminr.
Oxygen (98.5 - 99.2% pure) Is blovrn throLigh the bath twice, ror 8 - 11) nii~altco,
at a pralssure of' 10 - 13 atm. Me nvorage oxygon consumption por Smolt i.'; 3 - 8
m3/ton. The temperature upon the first oxygen blowing should be over 156000,
before the sec9nd blowing over 15800C, to prevent over-oxidation of the metal.
The composition of steel grades produced by the method is: (in %)
C Fln .5 P
0.17
V, -3Rn (St.3kp) o.4D 0.040 0.022
C-..2xri (St.2kp) 0.11 1 0.41) o.o34 0.012
CT.lKrl (St.lkp) 0.09 0.35 0.035 0.011
Continuous pouring is carried out with do-able-channal, vertical ty~v equip:-,k~nt,
for casting 150 x 6210, 150 x 780 and 170 X 1040 mm Ingots. Close attention was
paid to the ladle-spout lining. The best results were obtained by using for the
ladle and intemittent ladle casings with a high aluminum oxide conten-~,which
last longer and ensure a controlled flow of a quantity of 90 tons of molten steel.
ibe pouring rates are: for 150 x 620 mm `ngots 0.8 - 0.9 m/min, for 150 x 780 mm-
ingots 0.7 - 0.8 m1min and for 170 x 1040 mm ingots 0.5 - 0.6 m/min. Pouring
90 tons of metal through two channels requires 65 - 70 minutes. The rate of
Card 3/5

The.smilting of .....
A054/AI27
pouring is limited by the shortness of the secondary cooling sector (6.5rn), where
the metal solidifies. The rimming of the steel in the mold, in' case of medium-
-carbon grades, can be pro-noted by adding aluminum, in the case of medium-carbon
grades by blowing oxygen into the metal stream after the intermittent ladle. The
macrostructure of continuously poured, electro-smelted steels was studied with
"10 templates taken from 67 heats. Due to the low iron content and inadequate
.ciiLion of aluminum in the ladle, the rietal with a carbon content above
i-Ims weakly in the mold and much too thin a skin forms. In this case, blow-ing
oxygen will intensify rimming and a normal skin, 10 - 25 mm thick, will be ob-,a:r~
Other defects often encountered in this kird of ingots are blisters in Lhe :,ikiri,
0.5 - 3.0 Mm in diameter, at a depth of I - 5 mm below the surface, Lind also bcad3
and lateral and longitudinal cracks. Lateral cracks can be prevented by cloLiely
controlling the metal oxidation and improving the mold-coating. Longitudinal
cracks are less freaquent, mainly owing to the delayed shrinkage of the thinned
sectors of the solidifying skin in the mold. Rimming steel ingots ar~ I-,G--rol_C-d
on the 12GO-mm mill, with universal roughing, two-high stand and reversing-fin-
ishing four-high stand, with coils heated in the furnace. To promote the sinter-
ing of gas-blisters, the reductions are increased (170 x 1040 mm slabs dre re-
duced with 9 passes Inatead of 11, !50 x 620 mn slabs with 5 passes instead of 7),
Card 4/5

The *smelting of .........
S1 133216
A054/A 127
The slab-heating -temperature was raised from 1260 - 1270 to 1280 - !3!00C. S'rleets,
13 - 14 = and 2 - ) rim. thick are rolled from these slabs. At the "Zaporo-,hstal'"
Plant therate of consumption of the metal charge was 1.262 ton/ton of flawless
product in 1960; for the new process this parameter was 1.127 - 1-1135 ton/ion of
flawless product. Smelting time was reduced to 4 Y, hours; the electric power
required is 500 - 550 KW-h/ton of flawless steel. The application of rd,11mum
80-ton capacity electric furnaces and continuous pouring is advisable where cneap
open-hearth scrap and electric power are available. This increases production
by 8 - 121% with a minimum capital outlay. There are 3 figures. The reference
to the English- language publication reads asfollows: Reinartz, L., Barnes, H.,
Iron and Steel Engineer, no. 1, 1954.
Card 5/5

FETRICUMO. G-.I.., lnzh.
Unit for slakLng lime. Yckhostroi. 19 no.7:26 Jl 162.
(MIRA 15 s7)
(Line)

PETRICMMKOV 1.
Ujge of a isprayer in the APK disinfection chamber. Zdrav. Turk 4
no.4:43 JI-Ag 160. WMA .13:9)
(DISINFECTION AND DISIllFECTANTS-EQUIlWM AND SUPPLIF-S)

PETRICHENKOj IeA.
Soria results of studying the nongeostrophic conditions of
the atmospheric processes, Trudy TSIP no,141+:104-109 165.
(WRA 18:11)

PETRICHENKO,, I.A., kand.fiz.-matem.,nauk
Calculating trajectories of' air particles. Mf~t~--or. i gidrc)!. no.10:
22-27 0 164. (MIRA 17:10)
1. Mentrallnyy institut prognozov.

498" VWTMY~VG -AWO-5,48D, WV)/AaTR----4W-
AK647452 S/0050/64/000/010/0022AO27
2AUTHORt Petrichankol L A. (Undidate of plwaieo-mthamatical science
-:TMkt On"the.61cul-ation of trojectoriev of air masses
~UVRGEO: Metacrolo~ i gidrologiyaj nos 10, 1964P 22-27
i r forecastingj electranic computer,, sitomj air mossy isobaric
TOP ICIAGS veathe
ABSTRACT t The author-dis cuss as the -calculation and-.Olott1bg -of eir mass movmrts
-:v -a
4over 24-hour'periodi. The methodology proposed results in the production of three!
;isobar maps showin air mass movements im 12-hour intervals. Electronic computers
"
re used to handle the voluminous cempu,tationB, and a rectangular coordinate
Ve
used to obtain expressions for the tracking algorithm. In the system
discussedj, 24-hour air-mass trajectory prediction is accomplished through the i
isimultaneous exacution of three interdependent programs: 1) a program of objective
4analysis- of -the geopotential field or. the 850 end 700 millibar wirfaces, 2) a pro-
of 12- and 24-hour predictionB of the geopotential field on the 850 and 700
_M13.11bar aurfacess. and 3) a spontaneous immediate program for ocaputing predicted
...!trajectoriess A table is presented com;aring diagnostic and prodicted trajectories:
I Card 1/2

USPE24SKIY, B.-T,.,doktor fiz,-mat, nauk, prof.; BELOUSOV, S.L.; kami.
fiz.-mat. nauk; PYATYGINA, K.V.; 'FUDIII, F.I.; :-:E~GSALOV,
A.11., kand. fiz.-mat. nauk; DAVYDOVA, O.A.; KUP.,'ANSKAY.4~-,
A.P.; Z=ICHIIKO, I.A.; P.ORSK(jr, G.I.; TON.ASHEVICH L.V.;
SAMOYLOV, A.I.; ORLOVA, Ye.I.; DZHORDZHIO, V.A.; PE~RENKO,
N.V., DU,,30VYY, A.S.; ROI-',OV, A.I.; PPEIROSYANTS, IN.A.; GIAZOVAT41
4jj$.,ATYA31EVA, T.F.; BELISKAYA, N.N.; CHISTYAKOV, A.D.;
GAND111, L.S.; BURTSEV, A.I.; KMTSALOV, A.11'.; JACLROV'n, I,.A.;
BELOV, P.N.; ZVZWjA~$.p.retsenzent; SIDENZOO G,,V..,A"d"W
red.; DUBEZITSOV, V.R., kana. liz.-mat. naux, nauchn. reu.;
SAGkTOVSKIY, 11.,V., red.; BUGAYEV, V.A., doktor geogr- nau~,,
prof., red.; ROGOVSKAYA, Ye.G., red.
[Vanual on short-ran,p,,e weather forecasts] Ruk-ovodstvo po
kratkosrochnym prognozam pogod,, r. Leningrad, Gidrometeoizdat.
Pt.l. lzd.2., perer. i dop. 1964. 519 p. (I/JRA 18:1)
1. Moscow. TSentrallnyy institut proEnuzov.

PETRICHENKO, I.A.; KARTASHOVA, FIN.
Taking into account observational. data for several atmospheric
levels in an objective analysis of charts of baric topography.
Trudy TSIP no.111:)9_43 961. (MIRA 14;9)
(Weather forecasting)

PETRICIENK0. I.A.
Using data on the geopotential and wind velocity at several
levels in an bbjective analysis of baric topographic maps,
Trudy TSIP no.102:20-26 162. (MIRA 15:9)
(Metacrology-Charts,, diagrams, ate.)

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t, ~ . -, - ., - -- I ~ I .. . .
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I . ~-- 4;j:- o nr7 1 r (jr -, * I.-, :-- -. : ; -
r~ ~ -:r ~ - -- -~, f; x-.-,- -,

RUDWII, L (Kiyev)k PETRICHERK09 W. (Kiyev)
A cart for the tranoportition of vending machines. Sov. torg. 35
no.2:53 F 061. (MIPL,' 14:3)
(Conveying machinery)

PETRICHENKO, N.F.
Study of the Late Paleolithic Zamost'ye I site. Trudy Kom.chetv.per.
no.26:153-157 '61. (KIF-4 1 51:3)
(Cheremish Valley--Stone implementa)

F'krrllr)TA Spe A ~ol 11/0 Infornal ~,*d Sey)t 5)
5124. BIOELECTRICAL ACTIVITY OF THE BRAIN IN PATIENTS WITH BRU-
CELIA)SIS (Russian text) - Pet ri chi enko N. V. - Z11. NEVROPAT. I
PSIKHIAT. 1958, 58/11 3 -
In brucellosle, the organic lesions of the CNS cause disturbances of the electrical
adtivity of the brain of diffuse or focal nature. A study of 25 cases has shown that
the earliest and most distinct changes originate from the baso-frontal curve of the
cerebral biocircutts. The EEG alterations are the consequence of disturbances of
the cerebral blood flow. which Is of as) angiospastic nature, as demonstrated with
the aid of the nitroglycerin test. (L, 6, 8)

SLIVKoOp Ye.P.j PFTRICIT-INKO, 0~
Inclusions !m tha sylv.-nib of the r;1e.-Carpatidan regirn. Xir.. sbor.
no.l7t236-238 163. (141FU, 17M)
1. Institut geologii i gaokhimli goryuchikh iskopayemykh, Ali UkrSSR,
Ltvov.

SEPAHKOP B.A.; 11Z7RICHENKOp O.M. (Petrychenko,, O.M.]j SOLNTSEV, L.O.;
FOND 0 ];.-. 10 r._ ----
Investigating old-ftosian iron articles in the ancient settlement
of Donetzkoye. Nar.z ist.takh. no.7:71+-87 061.
0=15:2)
(Kharkov Province-Excavatione(Archaeology))

NIP,
I
: .1, vndarg7cur-d EF-9 pools
11~ W- - I C-
I.n t1r, D,,re,., N ft. ; gaz.j:r~r. r:). %'3-66 ja-Mr
lt'5e (MIRA 180)

rA6TRICHEIIKO* N,P#; NIETARIME, E,Mh,
. ....
Fcssibiilty cf t)-;e v-ndo3.rg--Ound s."Oraize of gas :in the Dnieper and
Black Sea eccnordc regions. Gaz.yxon. 10 no.5:4,1-43 165.
(MIRA 18:6)

PETRICHENKOP 0.1.; SLIAIKO, Yo.P.
Acces.sory a-,:a!4 ellenen~.s Jn the n`nerah: :A' F: it ~ -- . M; n. -b~~,
- 'i - . I.. - I.
18 no.3:287-296 '64, (". =,-,A is: 8)
1e Institut goologii i geakHmli goryuciAkh Ail IJkr_ISR,
LIvov.

PET.RICHMO, P.N,
Asoonbly of pt=p manUolds on flange oouplingo. Neftianik 6 4o*5:
96-10 W 161-4. (MIRA 1415)
1, Starshiy inzhener norrativno-iosledov&tellskoy stdntaii ob"yedineniya
Tur3menneft I .
- (oil well pmPO)

OU49-67
ALL NM AP6012164- (A) SOME Coibio-i~ifIW4C!1661cbC~IC6710DO&IOD86-
AUTHORSs Lozhkinj, A, Nq R. N.
kE~
ORG: none
TITLE: An assembly for utilizing the exhaust heat of an internal combuntion enginaL.
Class 46, No* 160433
SOURCEs Izobrateniya, provWshlennyye obraztsy,, tovarnyye znaki., no. 7# 1966# 88
TOPIC TAGSs heat transfer in rarefied gas, aerodynamic heat transfer, heat exchanger,
heat energy conversion, heat affect
ABSTRACT% This Author Certificate presents an assembly for utilizing the exhaust
heat of an internal combustion engine* The assembly contains a steam generator
placed in the stream of exhaust Cases and in the water cooling circuit of the engine,,
and an ejector absorbing the gases from the engine through the steam generator by
using the steam produced in the generator. To increase the power and improve the
economic afficierkey of the engine, a heat pump in placed in the stream of the exhaust
gases between the steam generator and the ejector. It converts the heat energy of
the gas into pressure energy for increasing the conpresvion behind the ejector and
for lowering the pressure in the exhaust pipe of the engine. To decrease the size of

0
4D
'.4 ce
co
v
.4.10
t! I I
CY en
the assembly, the steam generator may be made in ~Jle form of a separator with a
throttle, Origo art. bass 1 figure*
SUB COM 13/ SM DATAs 28Dec64
Card 212
- - - _afr

ACC NR, ( A 'M )
0700' 2599 SOURCE CODE: UR/041,~/6()/OOC)/61",:i'01VI/0108
INVENTOWS: Lo-.hkin, A. U.; Potrichonko, R. M.
ORLG: none
TITLE: An assembly for supercharging a diesel anCino. Class 46, No. 189.-,48
SOURCE: 1zobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no. 23, 2966, lG?-
108
TOPIC TAGS: diesel engine, supercharged engine, supercharger, turbino
This Author Certificate presents an assembly for suporchargin:, a diesel
enSine. The assembly contains a turbine keyed to the exhaust collector for driving
an air compressor which feeds air to the engine cylinders (see Fig. 1). To increase
the operatinr- economy, a vapor separator is inst3lled in the engine coollr.~, system
CO',Ivertod to provide an open high-temperaturo cooling. This separator fej~s the
vapor to tho exhaust collector so as to produce a vapor-gan mixture foodi:.g the
,turbine. A reducer may be placed between the turbine and the engine. This reducer
:has a variable transmission ratio and changes the turbine rpm according to the load
~on the engine. The assembly may be provided with a regulator for optimal operation.
This regulator changes the transmission ratio of the reducer according to t1le fuel
'and power consumption.
1/2 UDC: 621.43.052

ACC NRt APT)02599
Fig. 1. 1 - turbine; 2 - compressor;
3 - vapor separator; 4 - exhaust
collector; 5 - reducer; 6 - optimal
operatlion regulator '..
0
Orig. art. has: 1 figure.
SUB CODE: 21/ SUBM DATE: 09Sop65
Card 2/2

KMMS, L;; PWR1CHMO, S.; GOGIN, N.; SVISTUNDV. A. (Chelyabinek)
Readers letters. Pothedelo 5 no.11:31-32 N 159. (KM 13:4)
1. Nachalltdk Otdela gosudaretvannogo pozharnogo nadzora
Upravleniya posharnoy okhrany Saratovskogo oblispolkoma (for
Kheyfets). 2. Starshiy rayonny7 pozharny7 inspektor, selo KiDovo,
Rovenskaya oblast' (for Petrichenko). 3. Nachallnik LeniwadskO7
potharno-tekhnicheakoy v stavkI (for Gogin).
(Fire prevention5 (Vire cztinctiork)

KOMYSHNIK9 L., inzh.; PETRICHENKO, V., inzh.
Modernization of grain drying and cleaning towers at grain receiving
stations of Kustanay Province. 14uk-elev. prom* 27 no.,1:10-3.1 A
163.o (MIRA 14:1)
1. Kustanaysk ye upravlenlye khleboproduktov.
?Kustanay Province-Grain elevators)

, - FJMCHMOD ~ VJ.
Coil of RM6/3-type high-voltage explosion-proof distributing
units. ]Biul. tekh.;..ekon. Inform. no.3:7-8 158. (KIRA 11:6)
V- (AleatrIc controllers)

112;--3-5691
Translation from Referativnyy Zhurnal, Elektrotekhnika, 1957,
Nr 3, p- 92 (USSR)
AUTHOR: Petrichenko, V. F.
TITLE: A Double Switch for Portions of Windings of Maximum
Relays (Sdvoyennyy pereklyuchatell chisla vitkov
obmotok maksitnallnykh rele)
PERIODICAL: Sbornik rats. predlozh. m-va elektrotekhn. prom-sti
SSSR, 1956 Nr 6 (64), p. 24
ABSTRACT: Bibliographic entry.
ASSOCIATION: Ministry of Electrical Industry of the USSR (M-vo
elektrotekhn. prom-sti SSSR)
Card 1/1

PHASE I BOOK EXPLOITATION SOV/4932
Petrichenko, Valentin Kuz'mich
Ustroystvo i ekspluatatsiya tekstolitovykl podshipnikov prokatnykh stanov
(Arrangement and Operation of Textolite Rolling-Mill Bearings) Khar1kov,
metaiiurgizdat, 196o. 167 P. Errata slip inserted. 2t600 copies
printed.
Resp. Ed.: A. V. Pavlenko; Eds. of Publishing House: Ye. K. Sinyavskaya
and S. S. Liberman; Tech. Ed.: S. P. Andreyev.
PURPOSE: This book is intended for workers in rolling shops, machinists
and designers in ferrous metallurgy, and for technical personnel deal-
ing with the use of plastics in mechanical equipment of other branches
of the national economy.
COVERAGE: The author discusses the following: the arrangement of roll-
ing-mill bearings with texto3ite and laminated-wood plastic liners;
modern constructions of bearing mountings; working conditions of roll
bearings and instructions for their operation; materials for the fabri-
cation of textolite liners? and the basic properties, manufacturing
Card--1/5-

Arrangement and Operation (Cont.)
SOV/49)2
methods and use of these lines. Particular attention Is gIvFn to
problems of wew and to the question of increasing the wcai resist-
ance of liners and roll necks. Initial data and design methods for
textolite liners are briefly discussed. VNIIOChERMET (formerly
Orgchermet) and the plants "Azovstall" imeni Andreyev, and "Karbolit"
carried out investigations and experimentation which are said to'have
led to the introduction of a new (in the USSR) type of textolite where
"bellting" cloth is used, and to the production of molded textolite
liners made with the "bellting" cloth and "remen"' [leather-band]
cloth. These products have been used since 1950 in almost all types
of rolling mills in the USSR. No personalities are mentioned. There
are 6 references, all Soviet.
TABU OF CONTMS:
Introduction
Ch. I. Laminated Plastics and Molded Bearing Liners, Their
Properties, Types and Sizes 11
Caid-2/5-

SHEKIITER, Semen Yakovlevich; PETRICHENKO, V.K., retsenzent
[Reconditioning equipment by mechamized build-up welding'
Vosstanovlenie oborudovaniia mekhanizirovannoi naplavkoi.
Moskva, Metallurgiiat 1965. 135 p. (MIRA 18:4)

RODZEVICH, Fetr Ivanovicb., inzh.; NlXBMG, 111ya Molueyevich, inzh.;
BARATS, Aleksandr Isaakovich, inzh.; PETRI-CIWKO. V.K...
red.; KARASEV, A.L., tekhn. red.
[Reir-forcement of metallurgical equipment parts) Uprochne-
nie detalei metallurgicheskogo oborudovaniia. Moskva, Metal-
lurgizdat, 1963. 342 p. (MIRA 17:2)

FEWN, Isidor Illich; MIQMO...-Y.K..,otv. red.; LIBERM. S.S.,
red.izd-va; AIMRNW, S.P., tekhn.red.
(Automatic electric-arc hard facing and built-up welding)
Avtomaticheakais elektrodugovaia maplavka. KharIkov, Goo.
nauchno-tekhn.izd-vo lit-ry po chernoi i tevetnoi matallurgii,
1961. 421 p. (MMA 14:3)
(Hard facing) (Electric welding)

FWRICHWO, V.K.
Gant stone plates are a wear-resistant protective material. Netalliarg
2no.8:14-17 Ag 157. OaRA 10:9)
1, Institut VNII0chermst,
(Basalt) (Metallurgical plants--Xquipment and supplies)

SOV/ 137-58-7-15268
Translation from: Referativnyy zhurnal, Metallurgiya, 1958, Nr 7, p 190 (USSR)
AUTHOR: Petrichenko, V.K.
TITLE! Automatic Flard-surfacing of Machine Parts (Avtornatic lie ska ya
naplavka detaley oborudovaniya iznosoustoychivyini splavami)
PERIODICAL: Tr. Nauchno-tekhri, ob-va chernoy metallurgii. Ukr. resp.
pravl., 1956, Vol 3, pp 71-72
ABSTRACT: An account of the experience of various plants in the tech-
nique of building up surfaces of rolls for rolling mills by
means of bead welding (W) with powdered wire, PP3Kh2V8.
The process involved preheating of the rolls to a temperature
of approximately 350-4000C, followed by heat treatment
(which consisted of heating to a temperature of 350-4000 with
a subsequent cooling period of 12 to 16 hours). The employ-
ment of this method of building up surfaces of machine parts
by means of W is recommended for other parts as well
(street-car wheels, tractor components, etc.).
A. B.
Card 1 1 1. Rolling mills--Maintenance 2. Weldin~--Applications

PwRI-arm, V. K.
Technclcgy
Plastic bearinp and gears, Voskva, Mashgiz, 1952.
9. Monthly List of Russian Accessions, Library of Congress, Dec2absr 196:y. ;Une I a s s i f i ed .

t
I ...

FEMCNEWO., V. K.
Technology
Production, processing and use of anti-friction alloys with no tin or low tin content,
Moskva, Hatallurgizdat, 1952.
9. Monthly List of Russian Accessions, Library of Congress, rk,,,&mbpz 95A Unclassified.

V. K.
N/5
741.99
.P49
Antifriktsionnyye materialy i podshipraki skolIzheniya (Anti-friction
materials and sliding bearings).
Spravochnik. Moskva, Mashgiz, 195h.
383 p- illus., diagrs., tables.
Bibliography: p. 377-381.

PBnICHEW.O.V. K.
ft -
[Plastic bearings and gears: calculation, design. manufacture
and use.] Podshipnik:i I shesternt iz plastmass; raschet. kon-
struirawanie, isgotowlente. ekspluatatstia. Moskva, Kashgiz,
1952 205 p. WRA 8: 8)
(Bearings (Machinery)) (Plastics) (Gearing)

FAMICHEM, Y.K., inzhener.
Istr*ductiox of automatic haid facing of steel rolls. Ketallurg no.6:
5-9 Je 156. (MaA 9:9)
LOrgehernet,
(Rolle (Iron mill@)) (Hard faoing)

V-K.
U~a/ miscellaneous Bibliography
.C*rd 1/1 . Pub-. .128-32/32
Title. Book review
Periodical vest. mash. 34/7, 99 M~., Ju1Y 1954
Abstract I A comprehensive review is presented on technical books and periodicals,,
of foreign and domestic origin., pertaining to the machine construction
industry, industrial economy, production methods, power plants, metallur-
gy and metal working. The following publications are elaborated: "Oper-
ational Disks and Blades of a Steam Turbine", by A. V. Levin; "Bearing
and Cog--Yheels from Plastic Masses", by V. K. Petrichenko; and "Designing
and Production of Punch Pr65sesll. by B. 1. Tsie~iiif_skfy. Refurencesz.
Forty-six books in Russian; forty-four books in other languages.
Institution
Ubmitted

AUTHOR: -Pet r IS1, e ift1;jo.,_V--.7F.-~--
TITLE: A Machine for I'tutomatic .-11-sur'-_ic-n:-
EP I e c t r i c A r c -,ie I -i _~ n E7, o f Wi o r n G.- o ov e s o f
(Stanok dlya avtomaticheskoy elektroduk-ov~,.;
naplavki iznoshennykh poverkhnostey kalibrov
prokatnykh valkov)
PERIODICAL: Byulleten' izobreteniy, 1098, Nr 6, P 54/55
(USSR)
ABSTRACT: Class 21h, 301.. Nr 113550 (576328/1297~9 of
29 March 19%). Submitted to the Minis'ry c,~-
Ferrous -gy of USSR. A machim: for
the re surf: by elect--ic arc-.vel,~in~7 Of v;orr,
Srooves of roll-3 and other of rol14.n':--
Card 112 mill equipment, consisting of a rotable fr --------

O-OV/29-58-6-237/685
A Machine for the Automatic Resurfacing by Electric Arc-
Welding of Worn Grooves of Rollers
with pivots on bearings, support rolls, a
drive, and a welding head on a carriage
moving on guide rails on the rotating frame;
the carriage is provided with a ccunter-
weight keeping it in a vertical position
when the frame tilts.
Card 2/2

7WRICMWO. Valentin Kuzlmiqb; FALENKO, A.Y., otv. red.; SINYAVSKAYA,
'LIBERMAN, S.S., red.isd-va; ANDRMV, S.P.,
tekhn. red.
[Design and use of textolite bearings for rolling mills] Ustroistvo
I ekeplustatsils tekstolitovykh podshipnikov prokatnykh stanov.
Xharlkov, Gos.nauchno-tekhn.izd-vo lit-ry po chernoi i tavetnoi metal-
lurgii, 1960. 167 p. (KIRA 13:9)
(Rolling mills) (Plastic bearingsY

IWR
mill
1:1,3TV 7.1 A
filled -XI!h nr .4
1: i, c
'01
V (3 :1 T
V
up m,!2; e--i,
Cr 2 ; .-' -- -

AUTHOR: Petri c henk9l V.K,_ 130 - 6 - 15/27
TITLE: Conference on the metallization of units of metallurgical
equipment. (Soveshchaniye po naplavka detaley metallurgi-
cheskogo oborudovaniya).
PERIODICAL: "Metallurg" (MetaIlurgist), 1957, No.6t PP-30-32 (USSR).
ABSTRACT: Early in 1957 the Ministry of Ferrous Metallurgy of the
USSR organised a conference, jointly with the imeni Ye. 0.
Paton electric welding institute of the Academy of Sciences
of the Ukrainian S.S.Y. The proceedings of this conference,
which had as its object the familiarization of metallurgical
industry workers with metallization techniques useful. for
metallurgical equipment, ure outlined in this paper. The
delegates also visited the institute laboratories to in-
spect new metallization equipment.
Gorelov said that metealization of rolls at the imeni
Voroshilov works had increased durability per setti4g from
8 to 24 hours, with better machinability and economy. Pro-
gress in roll metallization and the resulting advantages at
the "Krasnyi Oktyabr" works was described by Antonov Similar
information for the Kramatorsk metallurgical W-o-r-Rs, the
,Nizhne-Tagillsk metallurgical combine, the imeni Frunze
Card 1/3

Conference on the metallization of units of metallurgical
equipment. (Cont. ) 130 - 6 - 15/27
works, the imeni Lenin works and the Sinarsk tube works was
given by Morozov, Smirnovt Shevchenkov Vengerovskiy and
railovskiy, respectively. At the imeni KuybyshLev Tube-
Rolling works, according to Borisenko, a special installa-
tion made by the imeni O.A.Paton institute is used for
roll-metallization in the pilger mill. At the Magnitogorsk
metallurgical combine metallization is used for blooming
mill shears, blast-furnace big and small bells and other
items; this was described by Leshchinsky. The conference
made firm recommendations on types of electrodes and fluxes
and base temperatures for metallizing various rolls;
suggestions were made for induction pre-heating of rolls,
for works to make simple metallization equipment items them-
selves and to use specified equipment types for various uses.
A list of metallurgical equipment for which the conference
recommend metallization was compiled, and requests for im-
proved metallization equipment and materials were made to
the imeni O.A.Paton institute. In view of satisfactory
experience at the "Azovstall" and "Dneprospetsstal'', works
the conference recommended further work on metallization
under ceramic fluxes.
Card 2/3

ASSOCIATION: Vl.,'IIOciiermet. 130 - 6 - 15/27
AVAILABLE:
Card 3/3

FBMICMM. T.K.
Some problems involved in automatic hard facing of rollers.
Aytow.evar. 8 no.6:74-84 N-D 155. Wak 9:2)
I.Orgehermet.
(Hard faciqg) (Rol-ling mills)

PBTRICM.KO, V. K., NIKEnG, I. H. I NEVEDUYUSHCHIT, A. 1.
5570. Petrichenko, V. I.. Nikborg, I. M. I Noveduyushchiy. A. 1. Spravochnik po
namens podshipulkov kachenlya Inostrannykh firm otechattvennymi. KharIkov,
Hotallurgl%dst. 1954. 144s. s chort. 23 9m- (M-VO chernoy metallurgil SSSR. Orgehermet).
2000 ekz. 7r.15k. V per.--Soot. u)mzany na aborote tit. I.--(55-1465)p
621.822(08)
So: Knizhnaya L*topiql, Vol. 1. 1955

FJTRIC13NIO, V.1.1 z0HRR,.Ye.?., insheners rateensent; STOROZOV, A.M.,
" I - I 'A*A
va; POPMA, S.M., tekhnicheskly redaktor
[Antifriction materials mid sliding bearings; reference mannall
AntifriktsioWe materialy i podshipniki skolOsheniia. Spravocbnik.
Moskya,'Gos. mamch.-teidm. lad-vo maebinostroit* I sudestroit.
lit-ry, 1954. 383 P. (NM 7:10)
(Friction) (Bearings (Machinery))

7 A
AUTHOR: Fetriche nko) V.K. 130-8-6/20
TITLE: Stone-Cast Plates as a Wear-resisting Protective Material
(Kamennyye 11tyye- plity - iznosoustoychivyy zashchitnyy
material)
PERIODICAL: Metallurg, 1957, lio-8, pp. 14 - 17 (USSR)
ABSTRACT: The author describer, the properties and uses of cast basalt
plates. They have been used for many years in the USSR for
armouring parts of equipment subject to wear. Good results have
been obtained at, e.g. the imeni Kirov Metallurgical Works
(Iletallurgicheskiy Zavod imeni Kirova) and the vorillskiy
Metallurgical Combine (Norillskiy Metallurgicneskiy Kombinat);
the poor results at the "Azovstal"' Works the author attributes
to incorrect stone-casting technique. The plates are supplied
by the Moscow Stone-casting Works (Moskovskiy Kamneliteynyy
Zavod) and the author describes in detail the various types of
plate and gives examples of their positionint, and methods of
securing them. There are 4 figures and 1 talle.
ASSOCIATION: VNIJOchermet Institute
AVAILABLE: Library of Uongress.
uard 1/1

FWMCMUIO, Y.K., -6.1
,.,z
GDnference on hard surfacing of metallurgical equipment parts. )%tall=g
2.no,6t3O-32 Jo 157. (KIRA IOW
1. VNIIOchermot.
(H&.,-d facing) (Rolls (Iron mills))

Foishipn-lki I Shestern! Iz Plastmass (Flastlc 1.3earings ani Cog Wheels) Ra-sclict,
Konstruira,ionlye I--gotovlerdye, M-s-,ltiatats~ya. Voskv-, illasligl-7., 1?~f~2.
208 P. Illus.' Diagrs., Tables.
"Literatura": P. 202-(2C4)
S N
7/5
1
~1.019
P4

W ENKO, V'. ['\-.
SE MR, I.A.. kandidat takhnicheakikh nauk; ALIOUTS. I.Ya., kandidat
tekhnicheskikh naWr.
OBearings and gears made of plastic materials.* V.I.Pstrichenko.
Reviewed by I.A.Sholdin, LIA. Alshits. Vest.mash. 34 no.7:100-
102 JI 154. (MM 7:7)
(Petrichemko. VX) (Gearing) (Bearings(Machinery)

1. Pimacm-21KO, V.K.
2. USSR (6(X))
4. Technology
7. Ball bearings and gears made of plastic. Uoskva, Mashgiz,1952
91 Monthly List of Russian AccessionB,Library of Corigress,February,1953.Unclassified.

- MRICIMMO. Valentin Kumimichk PAVLENKO, A.V., otv.red.; SINTAVSKAYA,
Ye.K., red.izd-va; LIBKWaW, S.S., red.izd-va; AIIMYXV, S.P.,
tekhn.rad.
[Construction and utilization of textolite bearings for rolling
Mille] Ustroletvo I ekspluetataiis tekstolitovykh podshipnikov
prokatnykh stanov. KharIkov. Gos.nauchno-tekhn.12d-vo lit-ry po
chernol i tsvetnoi metallurgii. 1960. 167 P.
(HIRA 13:12)
(Plastic bearings)

nUMIN, Isidor Illich; FR12ICV;M,,.Valentin Kuzomich; PODGAYETSKIY. V.V..
otvetstvanvy felia~ktor; AbIDEMY, S.P., tekhnicheskiy reda)rtor
[Automatic welding in hard facing steel rolled girders; a practical
manual] Avtomatiabasksia naplavke stalinvkh prokatnvkh-valkov;
prakticheekoe rukovodstvo. lharlkov. GOB. nouchno-tekhn. izd-vo
lit-ry po chernot i tavetnoi metallurgit. 1956. 114 p. (KLRA 9:10)
(Welding) (Girders)

ZABDKRITSKIY, Ye.I.; PETRICHENKO, V.P.; KHAYNATSKIY, V.D.
Improvement of the direct start circuit of a synchronrc-us motor
with a directly connected exciter. F)nerg. i clektrotekh. prom.
no.30-9 JI-S 162. (~fMA 18111)

SXA"Nv I.L., gornyy inzb.; PETRICHMO, V.S., gornyy in2h.
. --l
Analysis o? the perfornance of auxiliary mine hoists in the
Irivoy Rog Basin. Gor. zhur, no.9t47-49 S 162. (KIRA 15:9)
1. Treat po proyaktirovaniyu sholezorudnykh predpriyatiy
Krivoroahekogo basseyna (for Skakun), 2. Nauchno-iseledo-
vatellskiy gornorudW institut (for Petriobanko).
(Krivoy Rog Basin-Mine hoisting)

PETRICMIKO, Ves., gormyy izizh,; SKAKIJN, I.L.., gorziyy inzh.
using single- and double-cage chippy hoistB. Gor. zhur. no.6t49-51
Je 164. (MIRA 17-.1a)
1. Hauchno-issledovatellskiy gornorudnyy institut, Krivoy Rog (for
Petrichenko). 2. Krivbassproyekt (for Skakun).

FETHICHENKOI V.S., gornyy inzb.
Reorganization of coal minos in England and Scotland. Ugoll Ukr.
6 no.5145-47 Ff 162. (WRA 15:11)
(Great Britain-Coal minee and mining)

11RACH, Ye.H., vetvrach;PEMICHANKO, V.T., veterinarnyy felldsher
Important potential for increasing the proftotivity of stock-
breeding. Veterinarlia 36 no-11:75-76 N '59 (KIRA 13-3)
1. Narlovskaya myaeokontrollnaya stantsiya, Poltavokoy oblasti.
(Serum) (Stock and stookbreeding)

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BULGARIA/Allorgy U-2
Abs Jcur : Rof Zhur - Biol., Nc 6, 1958, Nc- 27608
Author % Potrichov, M., Sotirov, N.
Inat : Not Given
Title : On Anaphylactogonic Properties of Cowls Milk
Orig Pub t Ncuchn. tr. Vissh. voterinarncnad. in-t, 1956, 4, 365-574.
Abstract : Guinea pigs, rabbits, dogs and a lamb were sensitized with
the centriftged pasteurized cow'v milk. Following injection
of a shocking dose, lethal anaphylactic shock occurred only
in guinea Figs. 'ifter the Ist injection the blood pressure
was lowered by 15-20 rm. of Hg, and after injection of a
shocking dose, it fall to 45 rr-. in rabbits and 14 m. in
dogs but the aninals survived. Rabbits survived tho admin-
Istration of a largo (up to 110 ml.) shocking dose.
Card 1/1

FKRICIC , Ante, dr inz.
Ripening of wrapped cheese. Kom ind 12 no.9:67,3-677 S 163.
1. Tehnolooki fakultat., Zagreb.

PETRICK, Ante., dr; BRNICEVIC, Dusica, dJ.pl. inz.
Dependence of the size and uniformity of lactose crystals in
condensed milk on the technological process. Kem ind 12 no.5:
332-335 MY '64.
1, Institute of Industrial DairyIng, Faculty of Technology,
University of Zagreb, Zagreb (for Petric1c). 2. "Josip Krae"
Zagreb (for Brnicevic).