SCIENTIFIC ABSTRACT VASILYEV, D.M. - VASILYEV, D.V.

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• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

5,/l 26/6,3/015/00 2/0 25/03 3
r" 19 3 / B13, 8 31
AUTHORS: Vasillyev, D.T.-I. and PlaRhtiy, V. P.
TITLE: The effect of te.,cture on the intensity, of .7-ray
diffraction lines and the character of deformation of
low-carbon stools in the yield-ledgre ran~6,e
PERIODICAL: Fizilca metallov i metallovedeniye, v. 15, no. 2, !963,
297 - 300
TEXT: The object of the present investi~,mtion vans to obtain
data on the effect of texture on t4e intensity of 'X-ray diff-
raction f1rom steel subjected (I to 21,,-) p.Lasstic deforiaation.
The-experi:zients wore conducted on low-carbon steel
0 0
hardened At 600, G, w-ld to---ipered at 550 C and then defox-iiied
plastically both in tension and in cu;-.,,3resqion- Cylindrical
specimens for X-ray were cut J'rom the to.-A Pieces
in the direction 31ormal to thn direction of the ipplied -R+rt-ss-
The degree of perfection of texture, 0 1: was cticulated
from; R n aX min.
Card 1/3
max

s/126/65/015/002/025/033
The effect of .... ',7jl93/z383
%vh or e 2: m a 11.1 and Imin are the maximura and :iiinimum, values of the
intonsity-of the (220) lines in the 0 90 raziSa. '-.L'he
results d in Fig. 3, where I: is plotted a-ainst
are reproduce Ij
the dogree (c, of plastic deformation in tension (circles) a.,id
coniprossion (dots). Yt iiill be 6taii that tile formation of texturch
the specimms studied had already occurred at the eiid of tlic yield
ran-e (after def..)rriation of about 2-: only). Tliis indicate:; t"lat
the t1heory of tile Erain-boundary flow mechanisi.-,i of yield cannot
be correct. The fornation of to~:turc imi.ediatcly after tile end of
the yield ita-c of doformation indicriter, that daformation tm~cs
place by intra3ramilar slip. There arc 3 figures and I table.
ASSOCIATION; Lenin~;radskiy politoldinichosIciy institut ii-,i-
111.1. -Kali11121a, (Lenin.-rad Folytechnical 111stitute
Xalinin)
SUBMITTED.- June 12, 1962
Card 2/3

ad,Q - ~--g-go
gr') 11,144 -- - - -- - -- --
Tho affect of ....
Fi,". 3-:-
Z/126/65/015/002/025/033- --- - - --
Z193/2583
Card 3/3

. VASILIYEV, D.M.; PIAKHTIYp V.P.; CIIZHU TSZINI-MN [Chu Chin-pleng]
X-ray study of the metal fatigue process,, Fiz.met.i metanoved.
15 no.4s6O5-611 Ap 163. (KIRA 16 A)
1. rAningradakiy politekhnicheskiy institut imeni M.I.Kalinina.
(Steel-Fatigue)
(I rayo-ludustrial applicatiare)

.L 14229-62- E'4P(q-)/EWTW/BD3 AF?TP/A'SD- JD
ACMIM NRI AP3000104 8/019/63/015/004/0605/0611
AUTHORSt Vasillyevp D. M.; Plakhtlyg, V. P.; qu Chlin Flang
TITM I-rU inve0:UjfA.%0q Of MetAllmLttlm proceas
SCURCEt Fitika metallov I metallovsdeU7e, v. 15, no. 4, 1963, 605-611
TOPIC TAGSt metal fatigue, x-ray investigation
ABSTRACTs Soft steel samples were subjected to rbythmia tension-compression
stresses in a pulsator. The intensity variation of the line (220) at loads larger
and smaller than the fatigue limit was studied. These experimental conditions
caused the development of an axial texture only. Tho relation between the texture
develorment and the intensity of the (22D) line are illustrated graphically. The
Muthors conclude that steel samples with a weak initial tension texture develop a
strong tension texture. This process starts with loads 10% smaller then the
ft.tigue limit. The magnitude of the intensity variation and Its sign depend on the
experimental procedure and on the initige-texture. Apparently the variation in t1he
x-rny line intensities can be used as C ouggh approximation of the danger point in
metal fatigue. The Plastic deformatioleder a cyclic load results in the develop-
ment of a strong texture, equiMent -IGa 10% order tension. This process is not
Card . 1/2

L 14299-63
ACCESSICK NRt AP3000104
associated with the macroscopic obanges in the aample ot with the distortion of'
separate grain contours. Experiments In which the texture influence was exclue-id
showed th,.gt the effe6tof -extinction And of submiarodiatortion can be neglecters,
-The authors express their apprtciption to A3.J. Smirnor for his participntion in
the discussion concerning the experimental materials and toZ,, 0, Dgjtahqkgv for his
help with the experiments. ITT_t_W-_Ta_V_r ~(MCR (deceased) participa'ted in the discus-
sion of the experimental materials. Orig. art, hass 6 figures and I fortmda.
ASSOCrATTONt Laningradski politekhnieheakiy institut im. M. 1. Kalinits (Lenin-
L
grad Polytechnic InstituteT
SUBMITTEDt 22Jun62 DATE AM 1;,1Tun63 ENCLs 00'r
SUB CODEI PH NO M SM 014 OTHERs 002
Card 2/2

V.K.
vkswy~ll~ D.M.~ (Ilitz"ll
.1
)[ esldua] streFses in 411,n coa"ingss
.rcly investicration of r 1 .1.
0 he-.n. T 1 8 noeG~il5l-154 165 *
i.,V. vy,,. -acheb. zav-; (' net. (14!FtA 18-.9)
-, pcjAtekhniche5kl;y inatltute
I Laningradsk'

Methods for radiographic measurement of stresses. Zav. lab- 31 no.8:
c (WIRA 18:9)
772-SY78 165.

Wu-'
SILIY
L/
Chemical Abstracts Paper for vulcanized fiber. Yasil'ev. Bumasit.
Prow. 25, No. 5, 32A19W).-M2nur. of paper suitable for
May 25, 1954 the prepn. of vulcanized fiber is &wussed In detail.
materials necessary for the process, their compn., and
Cellulose and Paper qurification w dqwd!xd. ElIzabeth Baraba:~h:tjlr

VAS IL YEV, D * X. , inA.
flew design of heat regenerator systems. Bum. prom. 38 no.11:28
X 163, (MIRA 17:1)
1. Oosudarstvennyy institut, po proyektirovaniyu predpriyatiy
td6llyuloznoy i bumazhnoy promyshlennosti.

~C-C-Ni,--AF6a15 T13- SoURCE-CODt.. , U11140.ul 000100970=6707
MENTOR: Vitozhents, E, V.; Chernetsov, 1, Bo; Berlin, 7, B.,
Mooenkovs* V. N.
ORG: None
TITLE: Direct rpm controller for low-power gas turbine engines. Class 46, No.
1814h8 [announced by the Central Scientific Re.;earch and Design Institute of Vehicle
and Stationary Engino Fuel Equipment CTsentrallnyy nauchno-issledcrvatel'Blciy i kon-
struktorskiy Institut toplivnoy apparatury avtotraktornykh i Btatoionarnykh 4viga-
teley)J
SOURCE: Izobreteniya, promyshlennyye obraztsy, tovarnyye znaki, no, 9, 1966, 126
TOPIC TAGS: speed regulator, gas turbine engine
ABSTRACT: This Author's Certificate introduces: 1. A direct rpm controller for low-
power gas turbine engines. The unit contains an actuating mechanism made in the form
of a nozzle which interacts vith a flat valve located in the am of a balanced spring-
loaded centrifugal weight mounted on the cross connection of the power shaft. Con-
struction is simplified and friction is reduced by locating the nozzle end the fuel
channel in the power'shaft. 2. A modification of this device which may be adjusted
during engine operation by using-a spring which acts on a lever and is equipped with
a screw for varying tension.
Card 1/2 uDc; 621,438r531,6,552.9

ACC NN
1 Imnozzle$ 2,flat valve5 3-wei,ht;
I 4,power obaft, 5-spring; 6-acrew
I. '* ~ - - - I
.11' SUB-CODE; 139 21/ suBm DATE., o4may64
I
-1
2 3
0.1 11.

VASILIYEV, D. S., Cand Agr Sci -- (diss) "Ambrosia Artemisiaefolia
'
and Measures for Combatting It in Krasnodarskiy Kray." Krasnodar,
1957. 15 pp (Min of Agricultu:te USSR, Kuban Agricultural Inst),
110 copies (KL, 47-57, 89)
1
4

VASIL'~Vj D. S., Cand Geol-Min Sci -- (diss) "Influence of neotectonic
movements on the development of abrasion and petroleum gas manifesta-
tion in the northeastern Black Sea region." Sochi, 1960. 33 pp; 2 pages
of tables; (Rostov State Univ); 150 copies; price not given; (KL, 17-60,
144)

PANCHENK09 A. Ya., kand.selIekokhozy&ystvenn7kh nauk; VASILIXI~
-- V _ _j__
kand.sel'skokhozyaystvennykh nauk
Science offers inexhaustible possibilities for increased pro-
duction. Zemledelie 23 no.4:33-39 Ap 161. (MIRA 14:3)
(1gricultural research)

V 11, ol-ldn Sci - (dinn)
-jand G.:-
Sea coast o C-ucasuz and ---,V,-.lu-tior, of th(.~
be:,ring ol' this region." Sochi,
; 2 chcct2 of t-blzO 002tov -tntu U).
Oa,? 39-59, 102)
c~-
"Abr.-Llicn
ps;trol---um ana Lms
1959. 2'? p t h
150 copic'-

USSR / Weeds and 'Iced Cont-_rol, N
Abs Jour : Rof Zhur - Biologiya, -,,To 1, 1959, No. 1933
Author : Vasillyev, D. IS,
Inst :
Title : Ilethods of Controlling Common Ragweed
Orig '.':Iub: S. -kh. -Kubani. In.Lorm. byul. , 1957, No 1, 38-48
Abstract : Prosowing tillage and the cutting of the mass
shoots of these weeds drastically reduced con-
tamination of sunflowers and corn by ragweed.
A dosage of 2 'Xg/hoctaro of 2,4-D, applied
before corn sprouts appeared, reduced ragweed
contaminatIon on the fields by 8'7,6%, and the
corn yield incroased 6.5 contncr/hoctaro. The
best dosage for spraying of the corn sprouts
was 0.8 1"g/hectarc. Higher doses of 2,4-D had
an adverse offect on the corn and lowored the
Card 1/2
3

US)SR / iloodo and -.loud Control.
Abs Jour Rof Zhur - !jlologiya, No 1, 1959, 110. 1933
harvest. Burninr the loft-over stalks after
roaping the badly contaminated cii1tiva-tod
plants viras an oxtroimoly good prophylactic mea-
sure. Sprin- occupancy of partially fallow
land was ar- effective means of coping with
contamination of the soil with ragwood seeds.
Ragweed Vros stipprossod best of all with 2,4-D
on untreatod lands. For Ito comploto oupprusion
2 '-1.g/hoctarc sufficient. D?Aor on tfrom
the stage of 2-3 pairs of leavcs), resistance
of the plants to the herbicide increased, and
the killing dosa-cs vorc increased to 2.5 kg/
hcctarc. -- L. D. Stonov
Card 2/2

USSR/WeQdn and Their Control. N.
Abe Jour : Rof Zhur - Bi-.)16, No 15, 1')53, 681ift
Author : Vasillyev, D.S,
Inst All-Union Scientific Research Institute of Oil and Essen-
tial Oil Bearing Crops.
Title Wi.--cd Control in the Prc-Sowing Period.
Orig Pub Byul. nauchno-tekhn. inform. Vses. n.-i. in-t maslichn. i
efiromaslichn. kulltur, 1957, No 3, 12-14.
Abstract Experiments made at the All-Union Scientific Research
Institut~a of Oil and Essential Oil B~~aring crops and in
the kolkhozes of the Adygey Autonomous Oblast' have de-
monstrated that when earlier sowing dates are used for
sunflowers (the last third of April.) and corn (the se-
cond third of May), and the fiel~r, are cultivated before
sowing, the hibcrnating weeds (pan-weed, (7hlaspi atven-
Card 1/2 Sj)

USSR/Wecds and Their Control. N.
Abs Jour Ref Zhur - Biol., No 15, 1958, 68461
tares, blue burr (lappula cclimta)) and spring weeds
(wild turnip, black bindweed, bearded cat) are dastroyed,
the yield of sunflower ser-~d increases by 2.8 centners per
hectare, that of corn coed bY 7.2 centners/hectare, and
the labor expenditure on weeding is reduced. -- V.A.
Astaflyeva
Card 2/2
4

V V
nnd Wacd CorAvol
-bf: Jou:: Ri:;f 22-iur - Biol., 1.1) 39611
-"Uthor M-Iott lks--ill"D-S-
Inct Institutj of Olive and Olivo-Esociltiril oil.-.b~~-%riaL; Crops of
the :.dyL,-,y :.ut:)no!.1om Ucl!~~st
T i t 1 Coltrol Of R-.,Tio,2d by Clij.,lical Ilothod
Ori_ Pub : KuIluruz~%. 1957, Fio 6, 45--44
-bsti-act : Fleld ex-D,~ri.-.,.eats showad thit the spr::~yin,-, of cor-a soxiiags
by so&L salt 2,4-D in dos~-s 2 hg/ha si:c bcfcoi~o the ~~p-
ID~-a=nco of sprouto or 0.6' - 0.8 It- -.ft~r thic c:,)]?c;nrz:~nca dez-
troys 76-95 porccalt (D-2 Vio imlign-Int warmrood-L2:~Xcd rr~6-17Q-~!d,
thus incr,~asin.- -YiolLI of corn considc!rcbly. This stud-,.
was conduct,-,d in 19'j4-i.956 by the Institute of nl--*.vo md
olivu-uo3cnti!~l crop.,; in th~2 of' thj
Soholov.

COLF111"My USSR
GATEGORT Weeds Baid Weed Control.
~BS. JOUR. RZhBiol., No. 3. 1959j No. 11209
1ATMOR Vasillyev, D. S.
JNST.
TI"LU Comaon 11agwead (Ambrosia artwaisilfolia) in Krasnodar
I Kray.
kRIG. PUB. Vestn. a.-kh. nauki, Ito. 5, 135-136.
BSTRACT In the experiments carried out during 19.54-1957, the
ri so-3da of the common rag-jeed (Ambrosia artemisilCol-
iaTwere kept in the granary, in the laboratory and in
the soil after having been collected in October. Ifter
derinite intervals of time, the seeds were sprouted
while exposed to light at 13-229. In Novembevand Dec-
ember, the Beads had not yet germinated regardles3 of
the conditions of their storage. In Janu the seeds
kept in the soil began to germinate (10-112M in the
second of February their germination reached 18-201.
IQ 113

CATEGORY
ABS. JOUR. t rtZhBie)l., ll~,. 1959,, Mm. 11209
AUTHOR
TI -, T. Z
()RIG. TIUB. 2
ABSTRACT : in the firgt ten daye cf April, th.) germ-ir.,ition rose to
7-!r-8,klk and by the end of the vionth - to 95A WbUo it U-18
:3~tr~a tijmo th~, vigor of the 6,proutir4g, ot twic aec"'s rose
wrizidorably. In th3 favorubl*i joijdltions ani crm-i
bLried for the post--~L~vajt caapletion of the maturatloa
of the so-3ds and t)iL3-*Lr prejp-Ar~iti,~r, for sproutla,-, ra
the so~Ijtharn ~jmd central ruEians of Krasnodar Fray, Uhs
_i un ti,a weed-emi'A"In.,~tFid ficildl
ewiaj of sunf'.wmr L
u h ou: I dbe d one i-a ti-Ae thiix-d ten of ItprIl and the
the plantL--~ Of c.'OrT. - in thL; mx,-d t?ilr~ of May after
CARD - 2/3

CICIII i, ~ 1-1 y
C A Ti G C, 7 1 T
AF33. J-,,'TJ'P. T. _7h,-,3ioA_.P Ill"). 2 959., No,
11209
A V'n I C, R
INST.
71 7J,-11,
Narl. PUB.
A-"STRACT the destruction of the mass sprouting of the ragweed and
other early weeds by pro-planting cultivations.
D. Stonov
'CAP.,): 313

IVASILIYEVI P.S., nauchnyy sotrudnik; TIKHONGV~ 0.11
Ambrosia artemisiaefolia and its control in the Kuban. Zashch.
rast.-ot vred. i bol* 4 no.2:43-45 Mr-Ap 159.
(MMA 16:5)
1. Vaesoyuznyy nauchno-iseledovat"llski institut maelichnykh i
efiromaslichrifth kulltur (for Vasil' V.I. 2. Nachallnik Krasnodarskoy
karantinno.v Inapoktaii (for Tikhon
(Kuban:-4Lagweed) (KubaD-41eed control)

VASILIYEV, D.S.
Some data on the biology of Ambrosia arteminiaefolia L. Bat.
shur. 44 no.6.-843-846 -To 159. (MIRA 12:11)
1. Vseoo3ruznyy nauchno-iseledovatollakiy institut manlichnykh
I efiromaelichnykh kulltur, Krasnodar.
(Ragweed)

SUSLOV, V.11., otv.red.;-YAf51L-'MW+-D-S-.,, red.; GEYDELIBERG, Ye.Z.. red.;
IGNATIYEV, B.K., red,,; MOSK00KO, V.I.. red.; PANCHENEO, A.Ya.,
red.; UMEN, D.P., red.; TULIN, H.S., red.; AHTCHOVA, N.M.,
khudu2h.-tekhn.red.
[Collection of scientific research papers on oilseed and aromatic
plantB] Sbornik nauchno-issladovatellskikh rabot po maslichnym
i efiromaslichnym kullturam. Xoskva, Izd-vo H-va sell.khoz.SM,
1960. 284 p. (miRA 14:3)
1. Krasnodar. Vaesoyuznyy nauchno-iseledovateliskiy institut
maslichnykh i efiromaelichnykh kalltur,
(Oilseed plants) (Aromatic plants)

VASILIYEV9 D.S., kand.sellkhoz.nauk; ANNENKOVA, G.N.p nauclinyy sotr.;
BARTENEV, V.A., nauchnyy sotr.; KOSTSOV, P.A.
I
Using 2, 4-D for coiitrolling offset weeds in fall-plowed fields.
Zemledelie 23 no.8164-66 Ag 161. (MIRA 14:10)
1. Vsesoyuzxiyy nauchno-isoledovatellskiy institut maslichnykh i
efiromaslichnykh kulltur (fgr VasIll ev Annenkova, Bartenev).
2~.-j~Magrouom opytno- 1 Ii ~Ilxr sylobtft
n 0 A.Efor Kostso~)
(Weed control) (2, 4-D)
W,

FUSTOVOYT, V.S.j, akademik, red.; SUSLOV, V.M., kand. ekon. nauk,
otv. red.; ALEKSEYEVA, Ye.I., , kand. gellkhoz. nauk,
red.; BUZINOV, P.A., red.; XA~ ~ kand. sell-
khoz. nauk, red.; VOSKRESENSKAYA, G.S.) red.; GODAYEV,
A.L., red.; IGNATIYEV, B.K., kand. sellkhoz. nauk, red.;
MAKSIMOVA, A.Ya., red.; MOSKALENKO, V.I., red.;
PANCHENKO, A.Ya., red.; TIKHONOV, 0.1., red.; SHPOTA, V.I.,
kand. sellkhoz. nauk, red.; MONOVA, Ye.S., red.; LAPSHINA,
O.V,, red.
(oilseed and aromatic crops; transactions for 1912-1926]
Maslichnye i efiromaslichnye kulltury; trudy za 1912-
1962 gg. Pod obshchei red. V.3.Pustovoita. Moskva, Sell-
khozizdat, 1963. 575 P. (MIRA 17:4)
1. Vsesoyuznyy nauchno-issledovatellskiy Institut maslich-
nykh i efiromaslichrjykh kulltur. 2. Vsesoyuznaya akademiya
sel'skokhozyayBtvennykh nauk imeni V.I.Lenina (for
Pustovoyt). 3. Direktor,Vsesoyuznogo nauchno-issledovatelf-
skoga instituta maslichnykh i efiromaBlichnykh kulltur(for
suslov)*

VASILIYEV, D,S., kand. sellskokhoz. nauk; ANNENKOVA, G.N., nauchnyy sotrudnik
Chemical weed control of coriander fields. Zashch. rast. ot vred. i
i bol. 8 no.4:25 Ap 163. (KIRA 16:10)
1. Vsesoyuznyy nauchno-insledovateliskiy institut maslichnykh i
efiromaslichnykh kulltur Krasnodar.
(Krasnodar Territory-Coriander)
(Krasnodar Territory-Weed control)

VASILIYEV, D.S., kand. sellskokhoz. nauk.
.. 7,~ ~:, r-
,, Prezision sowing method for sunflowers. Zamlledelie 26 no.2i
72-73 F 964. (MIRA l7s6j'
1. Vaesoyuznyy nauchno-iseledovatelliskiy 4nmtltut mRBIlchnykh i
efiromashlichnykh kulltur.

VASIL'YEV, D.S.p kand. aellskokhoz. nauk
Preharve4t defoliation of ca8tor bean. Zemledelle 26 n,,.?:79-99
Ag 164. 'V,!',',A 17:1.1)
1. VBeboyuznyy nauchno-isoledovatellskiy institut manlichnykh i
ofiromaslichnykh kulltur.

VASILIYEV, D, T., Engineer
"Chemical Treatment of Cutting Tools.,"
Stanki I Instrument, 10, No. 12, 1939.
Report U-1505, 4 Oct 1951

V.ASIL'YEV, p. T.
Candidate of Technical Sciences
"New Methods of Machining Metals Instead of Milling", Stanki I Instrument, 11'.
No- 3. 19431-
BR-52059019,

VASILIYEV, D. T.
Candidate of Technical Sciences
"New Methods of Thread Cutting." Stanki I Instrument Vol. 15, No. 6, 1944
BR 52059a9

VASILIYEV,
Candidate of Technical Sciences
"A High-Production Method of Precision Thread Cutting." Stanki I Instrument
Vol. 15, No. 12, 1944
BR 52059019

VASIL'YEV, D.T.
Candidate of Technical Sciences
"Conditions for Productive Cutting of Precision Threads,"
Stanki I Instrument, 16, Nos. 4-5, 1945
BR-52059019

1-1) p. filtiq. '-2 vin
Athead ofiltio. Opraralar"pm.
Erratn Oip Inserted.
Bibliography: p. 13(~
1. Screw-rutting Machiripg.-
T111f)
TJ1222.V3 'N 5 1 - 23() 1
Library of Conbgrusq
- ---- ------

VASn'Yr-,V,, D. T.
Candidate of Technical Sciences
"Unutilized Reserves in Thread Cutting"
Stanki I Instrment, 17, No. 7-8. 1946
BR-52059019

2
It
416 4
of
a a's II I I it a u m
e
SIP 24304 1601130441 444 9
Technology of Elettri&Spark Cutting of Metals. 1).
T. Vajs'vvjlewy Brutcfmr, Translation No. 2490. 25
pag-es. Prom Stanki i Indnonent (Machine Too6 Ord
Equipment), v. 18, no. 3,1947. p. 1-8.
Considers ways in which the e&icncy of the above
process cgn ho finprovad over the efficim-y of
.1techardeal culting prucesses. Dismses c(mdcrwf
charge and discharge time, energy of dLwharge. pro-
ductivity and power requirements, and other tnt-dwxIs
for inerva3ing prodt"vity.
-0#
.40#
goo
goo
coo
beg
4 so -9 191050 Wit Wv 4a( vu in eta Iblill as 4" Ali
--AV so As WZA in A s a lid a 1 6 1 N ft
u U, I
at a a a aa I v
0 F, all
"
*T: 1 00
g g, ej 0 0 0 00 0

VASILOIEV, D.T,
Forces acting on the cutting surfaces of a tool. Stan.1 instr. 23
no.4:1-5 Ap 154. (91-RA 7:6)
(Cutting tools)

V/!
UW/ Engineering - Machining metals
Clard 1/1 Pub. 128-- 31/35
.Anthore Larint M. N., Dr., Tech. So., Prof.1t Grudov, P, P.,, Dr. Tech. So.,, Docent**
and Cand. Tech. So.
TJt2G -Th
0 cutting of matMs
Pe KWU4 Vest. mash. 35/3,_ 88 90, Mar 1955
AbaUsat I A review is presented of the bookq uThe Cutting of Metals#" by M. I.
Klushin, published in 1953 by the State Publishing Office for Machine
Construction Literature, and containgag 426 pages. A number of short-
comings are pointed out but on the whole the book is rated as a valu-
able textbook for students of the subject.
Institution
Submitted

IAYUSHEY. Aleksandr Ivanovich; VASIL'-Y-LT,-, kandidat tek-hnichaskikh
nauk, reteenzent, retsenzent; ROZINBLIT,
Ya.M.. inzhener, rodaktrjr; FMCNA, I.A., redaktor; MAKIN, 1.M..
tekhnicheskly redaktor.
[Influence of the annufRcturing process and basic threading factors
an the durability of threaded Joints] Yllianie tekhnologii izgotayle-
niia. I osnovnykh parametrov rez9by na prochnost' re2lbovykh soedinenii.
Mozkva. Gos.izd-vo obor.-promyehl, 1956. 188 v. (KISA 9:5)
(screw threads)

I C,
VASIL 'Y E 11, D. T. and FI117NER, L. 11.
"Computators for the Determination of the Most Suitable Sequence of Cuts in Metal-
Working Industry."
report Pmacuted at the Coaference M AutccatiM ODd COMPUtAt-icm &Sineering,
mawow,, 5-8 Iftrch 195T. Oromlwd by AV Bel. Btg. &W Twb - Swicty for
Arpwmtua Building.

IrHASS I B0016 ZKYWITATION 3DY/3791
3ovashahanlre po obrabotke xharoprochnykh OPLA101. 140600w- 1957-

obrobotIca sh&"prOQhnykh splavowt (%bornix dolaaftv...) (Treat-
mant Of HoLt-Resistant Alloysi coli"tion or Papers Mead at
the Canferotnoo), Roacom, Izd-vo AN SSSR. 1960. 232 p~ 3.5W
Doples printed.
Bpon orIng Agonaless AkadAndya nauk 3=. Zmatitut masb1novedonlra.
RomissiYa. po takh"logil mashinostroyenlya; Akadeadys nauk SSS!L.
Instltut motallursil. in. A.A. B&Ykov&. Xk"hnYY 8OT6t PO Problem=
zhsu:vprochnykh sp~avov.
leap. Zd.s V.I. Dik"hin, Acade"cian; 31. of Publishing House%
V.A. Ways Tooh. FA.t V.V. Br=gLa..
MUMS ?Us book to Intended for met&ll=%Utg.
COVEMIs The book consista, of thirty Vapors read at the Conference
on the Treatment of Host-Rosistant Alloys hold in Moscow by the
ComosIttot an Kach1no-EalldIng Technology, Institute of the
--& Academy Or Sciences USSR, In 1957.
papers deal mitn rour principal areas or alloy matsaiurgy
*94tlAg fOrldna'machining, and welding. The alloys (to..
id
d
d
s)
i
ox
e
es, an
ractory carbide,. boride., nitri
with re
are discussed especially In connection with theiP Application
1A the "nufaCture of turbine blades, boat engines, boilers,
reactorso Containers for high-temperazure =dIA, difs, casting
and mota.1-outting tooia. so personalities Am mentioned.
uo~lda
sme the articles am accompanied by reforencen, mainly
,r
Soviet.
0as-Shis-14od Arc w-lding or Heat-RasistAnt Alloys 124
/-111kolayevo O.A., and &.V. Xardvjntsev&. Welding or Karthaltic
42~. Steel 131
Cbuloshinkov-z~P. Resistance Welding or Tit um 138
_fAakl.M-". Two Exsmplea of the Kschlaing or Wear, &nd jjet~
Asslatant Alloys 145
KAGh1nability of Heat-ftslatont Stools and Alloys
-1.0 Turning. Killing, and DrI.Lling with Carbide Tool, 154
R~Znlkov A N. Temperature Field in the v*rk &nd in the Tool in
Steel. and LU.,.
162
K=*"hldn A 3 Invostigation or Some MachInability Plotors or
R16IT-Riatzi;xistant Allo
y
rrALVVtN, A.T. Electric-Pulaa machining or Hc&t_Haslstu%t Alloys IE2
2hArkO1._I,Q.:_ Ulgh-Spead Killing Of H-&t-R*8Ist&nt Kat*riods Wit
-
- h
PTILIn
spleal Killing rutt."
190
.9ryY"k10--2--2- Increasing Productivity in the MAchining or Heat-
R
21
t
t
8
3
An
Steels And Alloys With pace KUlin, Cutr
ors
195
ShIfrIn,
A.3h. Examples of Foreign Pratt'." in the Kk-;%Ining
'
of Al
"Wit-Realstant Stools and Alloys 2OZ
XALiL'X4!t~AAL_TQOI Life In the Rachlrdng of High-Strength
20T
1ur"vIch'Ya'L.. X&ChLnlblllty or StAInIO33 Steels In Tu"Ung.
""TrUZ and Reaming Operatia.3
. 214
Miroz eako O.V.
Cutting of Threads on perts made of Heat

tent
-------- Z~__ -Matw n2s, and Titanium Ajlovs

22
00lubGv,-8,A-- Some Qu6stiOns Concerning the Kachin&bllity of Host-
Resistant Alloys
226

SOV/112-59-23-48191
Translation from: Referativnyy zhurnal Elektrotekhnika, 1959, Nr 23, PP 131 -
132 (U83R)
AUTHORS: Vasillyev, D.T., Fitsner, L.N,
TITLE, Computing Device for Determining the Optimum Cutting Conditions
PERIODICAL- V sb.. Avtomat. upravleniye I vychisl. tekhri, Moscow, Mashg1z,
1958, PP 362 - 374
ABSTRACT: A devic-\%N
e for determining the optimum cutting conditions for
metals is described. Potentiometers Pi having a special loga-
rithmic winding are connected to an electric circuit for solving
the t anscendental equations of type 1 - ab, b b
E 1 - a~Z - a31 .......
... aiin, where ai, bi are real values and as unknown can be any
value. One end of Pi is connected to the terminal of the feeding
battery and the other end to the middle zero point. To the slide
of Pi the ends of linear potentiometers Pt are connected; the
other end of Pl' is connected -to the zero point. From Pl' the
voltage through the resistance R 1 Is supplied to the summing in-
Card 1/2 dicator. The voltage supplied to the Indicator is ci - coti -10 1,

SOV/112-59-23-48191
Computing Device for Determining the Optinrin Cutting Conditions
where OLi, ~i are deflections of slides of P and PI potentiometers from
the end with the zero potential. It is shown tLt in the circuit holds the
equation:
OL1ig ~l + M 21g ~ 2 + (X31g ~ 3 + "" + Ocnlg ~ n - 0.
To find one unknown value Ot or 0 , all known data are set and the value
sought for is selected on the basis of the zero of indicator. An example of
solution of a transcendental equation is analyzed. A table of equations for
the optimum cutting conditions is supplied. A description of the design and
of the method to protect the indicator from an increased voltage in given.
Seven illustrations.
Yu.M.V.
Card 2/2

VINNIK9 L.M.; GRINBERGp R.Ya.; KAMSK17t Ya-.A.; KUPIKOV9 V.D.; KUZNETSOVj
A.M.; KUCHENEV, N.I.; STRUZHESTRAKH9 Ye.I.j TISHIN9 S.D.; KHARI-
TONOV, A.B.; TSEYTS, I.E.; SHAPIR09 I.L; SHAPIRO, M.Ya.; LWIYAN..
retsenzent; GORKSKLIA, Z.D.,
V.A., retsenzent; V
retsenzents KARTSEV9 S.P.9'reteensent; KEDROV, S.M.f retsenseirt;
Ka4ISSARZHEVSKAYA9 V.N.p*retsenzent; KOPERBAKH9 B.L.9 retsenzent;
KORBOV, M.M., retsenzent; LEONOT, N-I.s, ratsenzent; IZRIYE, G.B.,
retasuzent; NOVIKOV# V.F.9 retsenzewt; GALITSOV9 A.D.9 red.; VOLI-
SK31, V.S., red.; KHIS3N, R.I.v red.1 SWENOVA, M.M.9 red. izd-val
MODEL19 A.I.9 tekbnred,
[Reference book for eotablisbW norms in the mant-acture of
machinery; in 4 volumes] Spravoobnik normirovabehika-
mashinostroitelia; v 4 tomikti. Moskyap Goa. nauchno-tekbn.
izd-vo maohinostroit. lit- '. Ifol,2. [Establishing technical norms
for operating machine tooilB Tokbnicheskoe normirovanie stanoch-
r7kh rabot, Pod red. B.I.Struzhestrakha. 1961. 392 p
Undustrial management) (Machine tools) %RA 14:8)

S1 1 21/63/(-4k/'O(J 1 /0 12,1014
Aoo4/Al26
AUTHOR: Vasil'yev, D.T.
TITLE: Miniature induction pickups with linear characteristics and large
working 6troke
PERIODICAL: Stanki I Instrument, no. 1, 1963, 35 - 37
TEXT: The author describes a number of induction pickups with l1near
characteristics over a wide range of measuring rod displacement. This type of
pickup can be manufactured with practically any working stroke. Thus, e.g., one
--of them is 10 mm in diameter, 41 mm long and has a working stroke of 3 mm; the
linear portion of the characteristic amounts to 90% of the working stroke. These
pickups are of the plunger type, simple In design and easy to manufacture. The
mechanical part consists only of the friction couple rod - aperture, so that
they ensure a reliable operation. The author describes the design features of
such pickups having either a hollow or solid armature.' A valuable property of
induction pickups with linear characteristics is the possibility of reducing the
effect of voltage variations in the supply mains on the reading accuracy. In
Card 1/2

..IS/121/63/000/001/012/014
Miniature induction pickups with linear .... A004/A126
many cases, this type of pickup can be supplied from the lighting circuit via an
ordinary transformer or a ferrous resonance stabilizer. Using an auxiliary volt-
age of the same supply source it is easy to obtain zero without noticeable drift.
The zero position is displaced by changing the auxiliary voltage magnitude.
There are 7 figures.
0,
Card 2/2

DVIIYELYAN, Arutyum Mkrtichevich, zatil. floyatel' nauki J tokhniki
RSFSR, doktor tekhn. naukp prof.fdeceased]; BOBPIK, Petr
Ivanovich; GUPXVICH, Yankell Leybovicl---; YEGORMI, !van
Sergeyevich;~M~LLI.7~y, D.T., kand. tekhn.nauk, retsenzent
(Machining heat resistant steels and alloys and high melting
metals] Obrabotka rezanier, zharoprocbnykh stalei, splavov i
tugoplavkikh metallov. Moskva, Mashinostroenie, 1965. 306 p.
(MIRA 18:5)

ATABEKOV, G.I.; BELOUSOV# M.M.; BULGAKOV, K.V.; YLqj;o~'~YFIV,,D.11.;
YEGIZAROV, I.V.; ZAKHAROV, S.N.; ZEYLIDZON, Ye.D.; KOSTEE7JIT, M.P.
MANOYLOV, V.Ye.; ITARJOVSKIY, B.I.; RYZHOV, P.I.; Sr"1071YEV,
r
SYRO14YATNIKOV, I.A.; FABPIFJKTO V.L.; CHER11111, A.B.; nl:r E~:-
N.V.; FEDOSEYEV, A.M.; SHABADASH, B.I.; SHCHEDRIN, N.N.;
FATEYEV, A.V.
Viktor IvanovJch Ivanovp 1900-1964; an obituary, Elektrichest,-,o
no.11:89 N 164. (MIRA 18:2)

ATAMSKOV, G.I.; BASHARIN, A.V.; BOGORODITSKIY, N.P.; BULGAKOV, K.V.;
VASIL'YEV,_,.D.V.; YEGIAZAROV, I.V.; YERMOLIN, N.P.; KOSTENKO, M.P.;
14ATKHANOV , -,* NOVASH.9 V. I. ; NORK-EVSKlY ) B. i. ; RUT SYIY, 4' . 1. ;
RYZHOV, P.I.; SOLOVIYEV, I.I.; SOLODNIKOV, G.S.; SLEPYAN, Ya.Yu.;
S14JROV,A . N.V.; TINYAKOV, II.A.; FATEYEV, A.V.; FEDOSEYEV, A.M.;
SHABADASH B.I.; SHCHEDFIN, N.N.
Viktor Ivanovich Ivanov, 1900-1964; obituary. Izv. vys. ucheb.
zav.; energ. 8 no.1:122-123 Ja 165. (MIRA 18:2)

VASIL'YE-VI D.V.
Inertial etection of a random sequence of square pulses.
Izv. vyo. ucheb. zav.; radiofiz. 3 no.6slOIG-1021 160.
(MIRA 14:4)
le Moskovskiy anergeticheskiy inatitut.
(Radio detectors)

AUTHOR: Vasillyev, D.V.
TITLE: Inertia Detection
Pulses
2U74
s/141/60/003/oo6/013/025
E192/E382
of a Random Train of Rectangular
PERIODICAL: Izvestiya vysshikh uchebnykh zavedeniy,
Radiofizika, 1960, Vol. 3, No. 6, pp. 1010 - 1021
TEXT: The problem of the transfer of rectangular pulses
of random duration and spacing through a 1n intertia-type
detector was ccnsidered by a number of authors (Refs. 1, 2, 3).
So far, however, an exact solution of this problem has not been
found. In the present work an attempt is made to give a
general solution of the problem of the unidimensional
distribution of the voltage at the output of the detector by
determining some of the moments of this distribution for the
steady-state regime. It is assumed that an infinite train
of non-overlapping rectangular pulses is applied to a littear
filter having an arbitrary RC load. The pulses have a constant
amplitude and random and independent durations -U~ 1 and
spacings _r2 (Fig. 1). The probability density distribution
Card 1/10

21174
s/14i/60/003/006/013/025
Inertia Detection .... E192/E382
functions W1(x) and W 2(x) for the durations and spacings
are known. The equivalent circuit of the detector can be
represented as shown in Fig. 2. The charging period of the
capacitance is expressed by:
't3 = R3C
and its discharge time constant is given by:
r_ = RC
(2)
where R, = R/(1 + SR) , where S is the slope of the
detector characteristic, R is the iesiatance of the detector
load and C is the load capacitance. The instantaneous
output voltage of the system shown in Fig. 2 can be expressed
by:
Card 2/10

7. ~r
SAWO/003/oo6/ol3/025
Inertia Detection .... rl92/E382
1i)(t) = 10U.1) exp < t.,
(3)
-tz,(t) = U;, ex p < t"(1+1)
at
where U,i and Ui are -oltages across the load/the be 3inning
and the termination of the i-th input pulse; tHi and tKi
are the instants of the beginning and termination of the
i-th input pulse. If A denotes the event thdt a mndomly
chosen time instant, t coincides with the presence of a pulse
or u(t) = uI(t) and B is the opposite event, i.e.
u(t) = u2(t) , the probability density distribution function
for u can be written as:
W(u) = P(A) W'(u/A) + P(B) W11(u/B) (4)
Card 3/10

2/0
S/14i/60103/006/013/025
inertia Detection .... E192/E382
where P(A) and P(B) are the probabilities of the events
A and B; * ) and
WI(u)/A which will be denoted as WI(ja
W"(u)/B which will be denoted by W"( *u) represent conditional
probability density distributions of the voltages
,u(t) = u 1(t) and u(t) = u 2(t) , respectively. From the
conditions of the problem it follows that:
P(A)
(5)
P(B) (6)
where inIOa1 1 in1 (-C2 2 which represont average
values of the duration and spacing of the input pulses.
Car&4/10

21174
S/141/60/003/006/013/025
Inertia Detection .... E192/E382
CoAsequently, the problem consists basically of determining
the conditional probabilities W1(u) and W"(u)
when W W and W 2W are given. Now, Eq. (3) can be
written in the following form:
Ul(t) t_t., (7)
u(t)
U"j e x P U."
where: TP
exp(- tut -Jul; (8)
'%3
exp 'C21 tit(1+1) tKI (9)
Card 5/10

21174
S/141/60/003/006/013/025
Inertia Detection ... E192/E382
In these, !!N is a random quantity contained in an interval
0 to 1, which characterises the position of a random point t
coinciding with it.
inside the interval eta and 1~,
'Clearly, the distribution of this quantity is constant and
uniform and is given by:
W, (X) 0 < x <
10; x < 0; 1 < x (10)
It can be shown, therefore, that the conditional probability-
density distributions are ecpressed by:
W. (I -it) W, W,~ (Al d_% d-.,
i, A
W. (A) d-% d
Car d 6/10

f4
s/l."il/60/003/006/013/025
Inertia Detection .... E192/L3082
On the basis of Eq.s*(7) it can be shown that the n-th
order moments for the fuuctions W'(u) and W11(u) can be
wi~itten in the form:
_U.
M, Uj ')21'- 1r1.(U.)Wj(vj)W,(A)dAdTjdU.; (21) (21)
T,A
M.(U2) [U., W. U. W,(-c,) W., (A) dA dr, dU,, (22)
12
Since UH is independont of a and U K does riot depend on
P it is possible to carry out integration of the abo.ve with
re5pect to U if and U K for any finite n . It is, therefore
possible to express m n(UI) and m n(U2 in terms of th6
moments of the distribution of the random quantities U If
aud U a. m (U and m (U ...The initial moment
K n H n
of thd n-th order for U K can be determined from:
Card, .7/10

21174
s/141/6o/oO3/006/013/025
lnertia Detection .... E192/E382
a
U.
tj M [(I a.) am-1 b,,-, (34)
(34)
where the coefficients ai and bi are defined by:
us$= a,; (30)
UM,
U-1 bi, (31)
The moments of the distribution IiH(U,,) can be found rrom:
M (U M (U )M (b) (37)
a H n X n
From the above expressions it is comparatively easy to
Card 8/10

S/141/60/003/oo6/ol3/025
Inertia Detection .... E192/E382
evaluate, the first fe~ moments for "'K and "ki The moments
of the distribution W(u) for the output voltage are- 'given by:
+
(49)
7'
where
T 1 + 'U,2 (50)
In general, therefore, the moments mn (u) are determined by the
functions m (a) and m (b)- whiah depend on the input 1:
n n
possibilities if 1(x) and W 2(x) All th e remaining quantities
which are included in the formulae depend on the detector
I
parameters and and the average values of the puise
p
duration and inter-pulse spacing. Exact formulae for Valc4lating
the moffient m.n(b) are given for the following distribution
Card 9/10

21174
Inertia Detection S/141/60/003/OU6/ol3/025
E192/E382
functions. of the spacings -r-2 between the pulses: exponential
distribution corresponding to an "absolutely random" train of
pulses; a quasi-normal distribution; a uniform distribution
and a gamma distribution. The pulses in the above cases are
.assumed to be of constant duration. The author expresses his
gratitude to V.I. Tikhonov and V.L. Lebadev for reading the
manuscript and for valuable advice.
There are 3 figureA and 6 references; 5 Soviet and I non-Soviet.
ASSOCIATION; Hoskovskiy energeticheskiy inst1tut
(Moscow Power Institute)
SUBMITTED: June 22, 1960
Card 10/10

SMtOKYATNIKOV, I.A.; NEKRASOV, A.M.; IEBEIEV, A.A.; KOSTENKO, M.P.;
ISM011.9 L.R.; KAMMSKIY-f M.P.; USOV, S.V.;
POSSES A.V.*; ULIYAROVS S.A.-~ FAZYWV,, Xh.F.
Professor N.N. Shchedrin; on his seventieth birthday and fvs-tieth
anniversary of his educational work, Elektrichestvo ur.1:94P.-
95 Ja 162. (MIN, 24:12)
(Shchadrinp Nikolai Nikolaevich.. 1891-)

GUTKIN, L.S.; LEBEDEV, V.L.; SIFOROV, V.I.; Prinimall uchastlye:
VASIL'YEVj D.V.; SVISTOV, N.K.; LYUBIMOVA, T.M., red.;
RELYAYEVA, V.V., tekhn. red.
[Radio receiving devices] Radiopriemnye ustroistva. Pod
red. V.I.Siforova. Pt.2. 1963. 399 P. (NIRA 16-.11)
(Radio--Receivers and reception)

GUTKIN, L.S.; LEBEDSV, V.L.; SI~UROV, V.I. Pr.ljjjnLajj u(-jla,,jtAye:
.VASIL'Y-V D.V.; SVISTOV, N.K.: LYUBIFIOVA, T.M., red.;
i5iff V.V., tekhn. red.
[Radio receiving devices] Radiopriemnye ustroistva. Pod
red. V.I.Siforova. Moskva, Sovetskoe radio. Pt.2. 1963.
399 P. (MIRA 17:2)

L 2,967-66 EWT(d)/FVP(k)/EWP(I) JrT
ACCESSION NR: Ap5oz6357 UR/0105/64/000/009/0093/0094
AUTHORt Be GrAdUnAkly.-P...G.; XzjNm9Y.-R--H-1 xtaahkin- V AT-1
ro ~b~vH M.1 Sotakoy., So; Ts-irlia.-4-D.1 Alskseyev. A. Ye.1
o 0
r
.y, P.;*~e'rger, A.. Ya.; Yavorakiy, V. No, Nasledov, Do
(Obituary)
TjTLE:~' Nikolay Nikolayo;ih
SOURCEt glektrichostvo, no. 9, 190~, 9)-94
TOPIC TAGSt electric engineering porsonnQ1
ABSTRACT: Doctor of Technical Sciences, Uajor General In the Technical
Bngineoring Service, Professor H. X. Intsenko died In IW of this year
I after a long ond serious illness. He graduated from the Moscow Higher
Technical Aoadeny in 2914 and was clos#17 associated with his specialty
',of electrical engineering till the end of his life. He spent the first
i0al
years of his practical activity at the AaadeaW working in the electr
engineering laboratory of X. A. Krug. After that be began his career in
the Soviet ArzW as a lowly laboratory assistant In the re4lotsobvioal
laboratory mald worked his way over thirty years to be head of the
Card 1/ 2

L 2967-66
ACCESSION MR.- AP5026357
Department of Electrical and Ullitary Engineering.- He wrote several books,
1"Alternating Currents." "The Thaory of Alternating Currents," *Course In
General Elootrioal Enginearing," nRadlo Engineering" and. tocether with his
oo-workors, problem books on "A Course In Alternating Currents" and "Th#
,Fhysioal Principles of Electrical Engineering." He set up a number of
special courses (military application of'olootria power, military portable
#leotric power stations, electric equipment for armies, electrification ,
of military engineering works, oto.) and also participated In many engineer-
Ing projects v4th the Soviet Army. No has written many textbooks, mono- I
graphs and articles on the theoretical and applied divisions of military
sleatrical engineering. Miens include 'Elootrio Circuits* and "Fundmontals
I for the Design and Planning of Uobile Electric Stations." U&zw of X. 1.
lutsenko's students sre working In sections of the Soviet Army. In scientifle
Institute@ and In colleges, and In Industry. These students are oontiming
the work of their teacher, the founder of Soviet military oleatrloal engineer-
Ing. He received bis professor ip in 1938 and his dootorate In 1949. -He
boo melved the Order !9 LOU11thres "Red Bannereg" the Order of the "Red
I Otarw.and may P14jaUs 1 Origs at. has: 3. figuree'
ASSOCIATIONs am*
UWTM WCLI 00 SUB ODMs 99
00
ND FaW MN I OTM I , OOD JPRB
Card 2/2~

VAbl-Lly~;'V, Do V.
VASILIYEV, D. V.
Vasillyev, D. V. defended his Doct-ir's dissertation in the Leningrad Polytechnic
Institute im Kalinin, U33R, on 11 Mqrch 10,46, for the acalemic de--ree of
Doctor of Technical Sciences.
Dissertation: "Induction Synchronous-Tie Systems". Resume; A theoretical
analysis of synchronous-tie induction systems, including establishment of
criteria fdr ap,.,licability of diagrams constructed by Vasillyev to
single-phase seisyns.
Official Opponents: Profs. V. K. Popov, S. A. Press, and N. A. Livshits
(all Doctors of Technical Sciences).
SO: Elektrichestvo, No. 7, Moscow, Aumist 10,53, pp 87-92 (W/298", 16 Apr 54)

am/weapons Jul/Aug 49
Artillery
Remote Control
~o OlAtter to the Editor," Prof S. A. Press Dr Tech
Sol, Chair of Leningrad Ord of Red Banner Mil
Xech In8tY Prof D. V. Vasil'yev, Dr Tech Sci,
Chair of Leningrad Electrotech Inst imeni V. I.
M'janov, Docent B. I. Rubin, Cand Tech Sci,
'U:44 Chair of LKVM, and Prof M. L. Tsukkermar, Chair
of Leningrad InBt of :Precise Mech and Opt, 2 pp
OA,Vtamat i Telemekh" Vol X, No 4
Critical letter denounces M. A. Ayzerman and Ya.
Am 51/49T105
am/weapons (Contd) Jul/Aug 49
Z. Tsypkin's review ("Avtomatika i Telemekhanika."
No 4, 1948) of V. A..Besekerskiyle book "Remote
Control of Artillery Units."
0
'~1/49TIO6

Bw4~D'I"TSKIY, H.P., professor; VASIL'YX-T D ., professor; BAYDA, L.Is
doteent; ODINTSOV, G.V., MA &MMU, OVICH, A.A.. doteent; FATMT,
Aly.. doteent; YURGINSON, R.I., dotedilt; ARANOTICH, B.I., starshijr
prepodavatell; GXKTOR, D.S.starshiy prepodavatell; POTOU)TSXIT, Ta.A..
prepodavatell.
Development of automatic control and talemechanics in the fifth
five-year plauo Aytom& i telem. 14 no.2;238-240 Mr-Ap 153.
Wak 10-3)
1. Laningradakiy eldktfttekhnicheskiy, intititut im. T.I.Ullyanova
(Ionina)
(AutomAtle pmtrol) (Remote control)

V.
~LA*K;N,V.S.; ALEKS]CM,A*Ye,,; LARICKOV,A.N.; BOG(IRODITSKIY,N.P.;
CHILIKINAG.; XAZ;&!',YXV D,V.: ODINTSOV,G.V.; PFTROV,I.I.;
I .- "
FATNM,A.V. ; GOL40VAN,I-~.01~W.-"-1410ROZOV,D. P. ; BASMIN,A.Y.
S.A.Rinkwich. Blektrichastvo no.9:85 S'55- (MLRA 8:11)
(Rinkevich, Sergei Aleksandrovich, 1886-1955)

8(2) POM I BOOK EaWITMON SOV12030
vasillyev, UnTirly vaslllyavi~h Boris Afan 'yevich Mitrofenov, Grigoriy
Niianorovich Samokhvalov, Aleksandr Aleksandro-ich
Semenkovich, Aleksandr Vasillyevich Fateyev, and Nikolay Ivankovich ChiLherin
Raschet ale"hchego privoda (Servodrive Design) Leningrad, Sudprcmgiz, 1958,
370 P. 8,000 copies printed. Errata slip insertedo
Reap. Ed.: S. Ya. Berezin; F4.t Ye, W. Shourak; Tech. Ed.: P. S. Frunkin,
FUMIOSE: This book is intended for scientists, engineers, and students of v.uzes.
COVERAGE: This book discusses the problems qf designing electrowchanical
aervodrivas and given examples of design from the point of view of the
ov6rall system and of the individuiLl basic elements., The design of servodrive
amplifiers,, the selection and design of error-sensing devices, and the
experimental determination of the transfer functions of the discrete link-
of a ser7odrive are given considerable attention in the book. Materials on
the design of'electromechanical servodrives are systematized and the design
of servodrives vith electronic and magnetic amplifiers and of servodrives
vith rdtating amplifiers is discussed, The'se designs reflect the practical
experiences of the wathors in the devialopment of servosystems. The authors
Card 1b

Servodrive Design (Cont.)
SOV/2030
thank 1. A. Petrtxsenko, I. S. Rayner, N. M. Kono-m2ova, L. A. Agarkava,
and Yu. A. Yereneyev for +heir aicl in preparing the book. There are
51 references: 47 Soviet, 1 German, and 3 English.
TABLE OF CONTMVS:
Preface 3
Ch. 1. Reviev of Existing Methods of Designing a Linearized Servodrive 5
1-1. Nature of design 5
1-2, FreVency methods 6
1-3, Coefficient methods 12
1-4, Design methods based on the distribution of roots of the
characteristic equation 13
Ch, 2. Selecting the Design Methods and the Order of Design 1T
2-1, Comparative evaluation of design methods 1T
2-2. Seleetion of frequency design methods 22:
2-3. Selection of control action and initial conditions 22
2-4# Order.of.sekv6drive design 25
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Servodrive Design (coat.) SM12030
Ch, 3, Selection of the Parameters of Basic Seryodrive'Elsompte 28
34. Selection of the type of current 28
3-2. Selection of gear ratios and the type of reduction umit 30
3-3. Selection of the capacity of the servomotor 32
3.4, Determination of the transfer functions Of the INOWL 48
3-5,, Selection of the-t"a of sensing elements 54
3.6, Selection of-awd3lary devices for servodrives 62
Ch. 4. Servodrive Amplifiers 80

-
1.
t
Selection of the type of amplifier
80
2, Rotating amplifiers and determination of initial date for the
design of preamplifiers 83
4-_3. Conneeting the amplifiers vIth the servomotor 85
k-4. Electronic amplifiers 91
4-59 NapotIc =Wlifiers 133
44, Samiconftetor asplifiers 169
Cb, 5o Selection and Design of Error-sensing Devices 209
5-1. Methods of selecting error-sensing devices 211
3-2, Selection of the parameters of error-senaing devices
by means of logeritbmic snplitudeH and phase-fre"ency
characteristics 211
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Servodrive Design (Cont.) SOV/2030
5-3. Selection of the paramet ers of error-sensing devicts by means of
amplitude-phase characteristics 26o
5-4. On the design of servodrives by the probability characteristics
of input effects and noise and the demands of dynamic accuracy 277
Ch. 6. Experimental Determination of the Parameters of Transfer Functions
of the Discrete Unks of a Servodrive 298
6-1. Review of existing methods 298
6-2. Methods of experimental determination of the parameters of the
transfer functions of the discrete linearized links of a
seryodrive 305
Ch. 7. Examples of Servodrive Design 325
7-1. Example of static design of a 4-vatt seryodrive 326
7-2. Example of static design of a tachometric servodrive vith
electinmic magnetic amplifier and 4-vatt-&-c motor 330
7-3. Example of the design of a two-reading servodrive with magnetic
amplifier and 500-vatt a-c motor 334
7-4, Example of the design of a servodrive with electronic and
rotating amplifiers 345
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Servodrive Design (cont.)
S~V/2030
7-5. Example of the design of a serrodrive with mWetle and
rotating suiplifiers 358
Bibliography
AVAIIANXi TAbrary of Congress
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366
0
IX/29
.10-29-59

V-~ *11".. 1-1 1
,) if- [a-r" '-, "
4
BOGORODITSXIY, N.P.; 73MOLIN, N,P.; FATIOXV, A.V,; VASIL'YEV, D.V.; ODINTSOT
G.V.; GSKTOR, D.S.; APLAXSIN, B.A.
Professor V.A. Timofeev. Blektrichestvo no,2,-96 7 158. (MIRA 11:2)
(Timofeev, Vladimir Androevich, 1897-)

AUTH 071, S Ivanov, V. I., ?rofessor, Doctor of SOV/105-583-9-34/34
Technical Science- Va-ill ev, D. V.. Professor,
ri;V r-t-Zeyev , A. V.
of Technical Sciei, s., Ta , Professor, Doctor
of Technical Sciences, Odintsov, G. V., Docent, Candidate
of Technical Sciences
TITLE: Bibliography (Bibliografiya) K.V.Bulgakovt Power Sulmly
for Industry (K.V.Bulgakov: Energoonabzheniye promyshlennykh
predpriyatiy)
PERIODICAL: Elektrichestvo, 1958, 1Tr 9, pp 96 - 96 (USSR)
ABSTRACT: This is a review of a book pibliebed in 1957 by "Gosenergo-
izdat", ; ~43 pp., 11,85 Roubles. Power supply
for industry is correctly described as a many-sided problem which
must be solved as a whole. The book is intended for the
engineer concerned with the design of power plants for
industry and with their operation, but may also
serve as a textbook for students working in this field.
It will be of particular value since at present there
is no other book on this subject. The book is on a high
Card 1/2 scientific and theoretical level. The subject dealt

Bibliography. K.V.Bul,7akov: Power Supply for Indi;stry SOV/1051-58-9-34/34
with is scientifically arranged, it compli;-a -aiti,
the preuent state of power engineering, and is simply and
lucidly writte,,-,. Some minor imperfections, as the too
small number of numerical examples and reference data,
etc., could be easily removed with the next edition.
ASSOCIATION: Leningradskiy elektrotekhnicheskiy institut im.V.I.
Ullyanova (Lenina)(Leningradr.-~Electi-ical Engineering In-
stitute im.V.I.Ullyanov (Lenin))
Card 2/2
USGOMM-DG-6o-781

- ------ - -- - -- - -- ---- -- --- --- -- - -
VASILIYEV, Dmitriy Vasillyevichl FILIFFOV, G.S#
------ -
(Fundamertala of the theory of 4#momschanisms] Oonavy
toorii raschet~ slediashchikh sAj+Am. Moskvas Goo* energ,
izd-vo, 1959. 428 Pa . t. (KM 150)
(Servomechanisms)

kWE I BOOK EXPLOITATION SOV/3707
Vasillyev, Dmitriy Vasillyevich, and Gleb Sergeyevich Filippov
. ........ - I
Osnovy teorii i rascheta sledyaehchikh sistem (Fundamentals of Theory and
Design of Servbsystems) Moscow, Gosenergoizdat, 1959. 428 P.
22,000 copies printe.,. Errata slip inserted.
Ed.: Yu. A. Sabinin; Tech. Ed.: Ye. M. Soboleva.
PURPOSE: This textbook wasapproved by the Ministry of Higher Education, USSR,
for electrical engineering and power engineering schools of higher education.
Xt may also be of,use to engineers dealing with problems of automation.
COVERAGE: The authors present the fundamentals of theory and design of servo-
systems both in a linear approximation and also with nonlinearities taken
into aac~6unt. Methods of improving the quality of servcsystem performance
are discussedi, and typical circuit diagrams of servosystem used in engineering
practice are presented. The book was written in accordance with the program
of the course on servcs7stezaa at the Leningrad Electrical Engineering Institute
imeni V.I. Ul1yWoV (Lenin) for students of various specialities. The authors

iundamentals of Theory (Cont.)
Sav/3707
thank V.S Levit., senior teacher, for his help. There am 37 references,
all Sovie; (8 of theae are translations)
TABLE OF CONTENTS:
Foreword 3
Ch. 1. Intrcduction
1 Basic concepts and definitions U
2: Development of servcayzieimi and fields of their application 17
3- Classification of systems of autcmatic control and of servo-
systems 22
Ch, II. Principal Varieties and Structure of Seryceyetems
1. General characteristics of the prineipal varieties of
serTc-systemw 28
2. TypicaL equivalent sections and block diagrams of serrosyetems 31
A. Typical equivalent sections 31
1.~ Inertialess section 32
2. Aperiodic section 33
3. Integrating section 34
e&M-1/k6

,Y~LIYXV. Dmitriy Vasillyevioh; FILIPPOV, Glob Sorgeyevich: SABININ,
- red.; SOBOLXVA, Ye.M., tokhn.red.
(Theory and design fundamentals of serwomechanismal Osnovy
teorii I raschota slediashchikh siotem. Koskva, Goa.energ.
ixd-vo, 1939. 428 p. (KIRA 13:2)
(Servomechaniums)

8W PHASE I BOOK LXI".-GITATION 301//L979
Vasillyev, Dmitriy Vasillyevich, and VOiLJlZIV Georgiyevich Chuich
Raschet sistem avtomaticheslcogo upravlenlya; zadachi I primery
(Design of Automatic Control Systems; Problems and Examples)
Moscow, Mashglz, 1959. 390 P. Errata slip inserted.
10J.000 copies printed.
Reviewer: A. V. Fateyev, Doctor of Technical Sciences, Professor;
Ed.; Yu. A. Sabinin, Candidate of Technical Sciences, Docent;
Eds. of Publishing House: G. A. Dudusova and N. Z. Simonovskiy;
Tech. Ed.: I. D. Nikolayeva; Managing Ed. for Literature on the
Design and Operation of Machinery (Leningrad Division, Mashgiz):
F. I. Fetisov, Engineer.
PURPOSE: This book is intended for technical personnel working in
automatic control. It may also be used by students of advanced
courses in schools of higher technical education.
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Design of Automatic Control Systema (Cont.) SO'1/2979
COVERAGE: The book deals witY. the application of the theory of
afitomatic control and servomechanisma to the solution of
practical problems in investigating and designing static and
dynamic regimes of closed-loop automatic control systems.
Construction of block and schematic diagramsfrequency
characteristics, equations, and transfer functions of automatic
control systems and Bervomechanloma are described. Consider-
able attention is given to the use of computers in research
and design. Design calculations in sections 16 and 17 were
made by Yu. N. Reshetnikov and Ye. M. Heplokhov. There are
35 references, all Soviet.
TABLE OF CONTENTS;
Preface
Ch. I. Constructing Block Diagrams of Automatic Control
Systems
1. Breakdown of automatic control systems into functional
elements. Constructing schematic diagrams
2. Breakdown of automatic control systems into dynamic
elements of directive action. Construction and conversion
of block diagrams
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3
5
8
23

Deolsn of A14tomatic Control Syste.11;s (,Font. SOV/2979
Ch, U. Steady-state ConditiGns in Automatic Control 3yatems 41
3. Determining tranafer coefficients of' functional elements 44
4. Determining the accuracy of the operation of an
automatic control system under steady-state conditions 49
Ch. III. Setting up Equations for Automatic Control Systems 64
5. Determining transfer functions of the basic elements of
automatic control systems 65
6. Setting up operational equations and determining transfer
functions of automatic control systems 84
Ch. IV. Constructing Frequency Characteristics of Automatic
Control Systems log
7. Constructing frequency characteristics of, open-loop
systems 110
8. Constructing logarithmic frequency characteristics of
.open-loop systems 125
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Deoign of Automatic Control ")ystems (cont.) 113OV/2979
9. Conatructing actual frequency characteristics 138
Ch. V. Investigating the Stability of Automatic Control Systems 145
10. Analysis of stability based on algebraic criteria 147
11. Analysis of stability based on frequency criteria 162
Ch. VI. Investigating the Quality of Transient Processes in
Automatic Control Systems 180
12. Determining transient processes by the operational method 182
13. Determining the nature of transient processes on the
basis of actual frequency characteristics of trapezoidal
shape 217
Ch. VII..Design Examples of Automatic Control Systems 225
14. Distinguishing features of designing by using frequency
methods 225
15. Determining transfer functions and frequency characteris-
tics of compensating elements 228
16. Example of designing a servomechanism for a profile
grinder by a method based on logarithmic frequency
characteristics 256
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Design of Automatic Control Sy$tcm3 (Cant.) SOV/2979
17. Example of designing a servomechanism for heavy-duty
copying-type milling machinesby a method based on
amplitude-phase characteristics 279
Ch. VIII. Use of Computers in the Design and Investigation of
Automatic Control Systems 308
18. Use of computers in the investigation of automatic
control systems 308
19. Principles of constructing matrix analogs 324
20. 'Investigation of automatic control systems by using
matrix analogs 334
21. Principles of constructing structural analogs 353
22. Use of structural analog computers in the investigation
of automatic control systems 362
Bibliography 383
AVAILABLE: Library of Congress
vKljmr
Card 5/5 2-1-6o

~itri ~Vasillyevich; CHUICH, Voialav jGeorgiYevich;
VASIL MJNa
#ATEI'XV, A.T.-;-przd-., doktor tekhn.nauk, retsenzent; WINIM,
tu.A., dotsent, kand.teL-hn.nauk. red.; IXWSOVA, G.A., red.
izd-va; SIMOMOTSKIY, N.Z., red.izd-va; NIKOLAYIWA, I.D.,
tekhn.red.
(Calculation of automatic control systems; problems and examples]
Raschat sistem avtomatichookogo upravlaniia; zadachi i primary.
Koekva, Goo. naachno-tekhn.izd-vo mashinostr.lit-wry. 1959. 390 p.
(MIRA 12:10)
(Bleotronio control) (Servomechanisms)

-NASILIXEV, D.J.; MIKMLOV, V.A.; NORNEVSKIY, B.I.; DLVCMKO, O.P.,
starshiy nauchnyy sotr., kand. tekbn. nauk, retsenzeAt;
WWOV, I.I., dots.p kand, tekhn. nauk# retserzont;
REYNGOLID, Yu.A., kand. tekhn. nauk, dots.,p reteenzent;
BAYKO, V.P., kand. tel-Im.nauk, dote., nauchrqy red.; KLIMIIIA,
Ye.V., red.; KRYAKOVA, D.M., tekhn. red.
[Automatic control systems for ships] Sudovye avtoraatizirovan~-
rye ustanovki. Leningrad, Gos. soiuznoe izd-vo sudostroit. pro-
rwohl., 1961. 595 P. (MIRA 15:2)
(Marine engineering) (Automatic control)

VASjIL!M,-R.V.., doktor tekhn. anuk, prof., zasluzhannyy ceyatell,
TARATIN, A.F., inzh.
Synthesis of a system of mutually coupled channels of a hewry
copying and milling machine. Izv. LETI no.47:220-260 162.
(MIRA 16:12)

ALEMIEV, A.Ye.; BASHARDI, A.V.p- BOGGRODITSKIY, N.P.; VAqTT.LMMM-;
IVANGVt V.I*; LYUMR, R.A.; MANOYLOV, V.76.; )EWOLIU, N.P.;
MM p A.V.
Vladimir Tikhonovich Kaslianov; on the oevent)-fifth aimiversary
of his birth and the tenth anniversary of hie death.
Elektrichootvo no.4:95 Ap 162s (14IRA 15:5)
(Kaslianovs Vladimir Tikhonovich, 1887-1952)

-VASILOYEV. D.V.;_BESSEXERSKIY, V.A.; HYMAN, L.R.; PIVOVAROV, S.P.;
POLONSKIY, V.I.; FATEYEV, A.V.
Professor Arkadii Timofeevich Blazhkin, 1904 - ; on his 60th
birthday and the 35th nnniversary of his scientific and
educational work. Elektrichestvo no.4:94 Ap 164. (MIRA 17:4)

D&REMIKOVS117v 'IeriTCY (iotv., kand. tekhn. nauk;
BESEI;2I.,~SM"I V.A.$ doktor t6ekhri.nauk, retse-zent;
TA$~T doktor teklzi. nhuk, retsenzent;
BLADIKIII, A.T., prof.,ied.; '.a"OCHKINIA, G.P., red.
[AutorrLtic rogulation and control of electrical machines;
some theory problems and elements of control systems] Av-
tomaticheskoe regulirovanie i upravlenie elektricheskir-i
mashinami; nekotor-je voprosy -i-corii i elementy sistein up-
ravler-iia. Leningrad, Su'lostrocnie) 1964. 418 p.
(141M 17:9)

L 2
za-vo 4 ~-Mdos tro,
'MiliVell, 1964, 606
10,900 coples printed.
T' P'- -A'-,
T AJ3 LF 0 F rf-NT ni7 S I a t, r ~ ri ge d ' z
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ACC NRt x1f) Mnograph
004099
Bork
Vasillyev, Ddtr!iy Vasillyevich; MLkhaylov, Vladimir Aleksandrovich; Nornevskiy,
Automation of ship equipment (Avtomatizatsiya sudovykh ustanovok) 2d ed., rev. and
enl. Leningrad, Izd-vo "Sudostroyeniyel", 1965. 607 p. illus., biblio. 3500
copies printed. Textbook for institutions of higher technical education
TOPIC TAGS: shipborne antomatic control system., linear control system n
control system, electric motor , nonli ear
PURPOSE hND COVERAGE: Tais book is based on the course "Electrical equipment and
automation of ships" conducted at the Leningrad Electrotechnical Institute im.
V. 1. Ullyanova. This textbook is intended for use in the above-mentioned course
in schools of higher technical education; it may also be used by engineers de-
sigiing new automated marine plants and by manufacturing workers. 9he book deals
with elements and control systems of automated ship installations. The theoretical
ftndanentals of automatic control are also considered, along with linearized sYs-
tems and problems of the theory of nonlinear systems. Fmdarwntals of the statis-
tical dynamics method of systems with automatic control are discussed.
TABLE OF == [abridgpdl:
Foreword - 3
Card 1A uDc:,.621-311.27-52:629.12

ACC NRs
Introduction 5
C~. I. Elemnts of. automated marine units
General information - 24
Felay-contactor control equipment
ComTmd equipment - 49
.Braking electromagiets - 53
.Dynamelectric, arrplifiers - 56
Magnetic airplifters - 74
Synchronous marine commzdcations, systems 92
Semiconductor devices and installations - 139
Log~c elemants '_ 161-
Ca. II. Systen~ for the automatic control'of electric motors
General information - 177
Starting direct-current motom - 178
Slovdng davin direct-current motors - 205.
Controlling the speed of rotation of direct-current motors 210
Starting three--phase rmtors - 215
Slowing ~bwn three-phase rmtors'- 221
Controlling the. speed of rotation of asynchronoui rmtors - 223
Systems for throttle-controlling short-circuited asynchmmus motors 228
Ch. III. Continou3 systems of aut6matic control and legulation
Fundamental correlations and characteristics of oontiznous systems of automatic