SCIENTIFIC ABSTRACT A.S. DEMYANCHUK - V.D. DEMYANENKO

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• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R000310110015-9
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• Document Creation Date: November 2, 2016
• Document Release Date: June 12, 2000
• Sequence Number: 15
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

KUDILYA, Ye.S.; DEKIYANCHUK, A.S,,; RYABUSHKO, O.P.
local spectrum analysis of weld joint@ and metal alloys. Artow. svar.
10 n0.5:49-55 3~-O 157. O(IRA 10:12)
1. Ordena Trudovogo Krannogo Znamoni Institut alektroavarki in. Te.O.
Patona All USSR.
(Spectrum analysis)

MN'TANCHUX, A.S.; XUIMLITA. Te.S.
2eculiarities of the woectral deterniiiiation of' carbon, phosphorus,
and sulfur-in metal alloys* Tiz.abore noo4:535-338 . 158.
(MIRL 12:5)
1. Ordena Trudovogo Kmanogo Znaymi Inatituta elektroavarki
iment akademika Ye..O.Patona AN USSR.
(Carbon--Spectra) (safur--spectra) (Phosphorus--Spectra)

AUTHOR: Dem I yanS1ik"-1.----- 1.30V-125-58-8-7/!6
j~ITLE: Simultaneous retermination of Carbon and Other Impurities in
Steel and Cast Iron by the Spectral Method (Odmovremennoye
opredeleniya ugleroda i drugikh primesey v s-balyakh i chugunakh
spektrallnym metodom)
PERIODICAL: AvtomaticheskEtya svarka, 1958, Nr 8, PP 41-45 (USSR)
ABSTRACT: Information is presented on a method of simultaneous spectral
analysis of the contert of carbon and other impurities in
steel or cast iron, developed by the author. An analysis of
cast iron standard "DG-l" are-generator (high frequency) or
"1G-2" condensed spark generator can be used as a source
for excitation of the spectrum. The chosen technology permits
the determination of the silicon, magnesium, manganese and
carbon content in cast iron by a single spectrum photograph.
The method can also be used to check the distribution of these
elements in weld joints of gray and high-resistance iron.
There are 5 graphs, 3 tRbles and 3 Soviet rE-ferences.
Card 112

SOV-125-58-8-7/16
Simultaneous Determination of Carbon and Other Impurities in Steel and Cast
Iron by the Spectral Method
ASSOCIATION: Institut elektrosvarki imeni Ye.O. Patona, AN USSR (Institute
of Electric Welding imeni Ye.O. Paton, AS 11krSSF_)
SUBMITTED: May 8, 1958
I. Steel--Properties 2. Cast iron--Properties 3. Spectrum
analyzers--AppliciLtions
Card 2/2

N
DZK'rACHU, A.S.
A
Using o"n-dispersion spectrographs in determining the carbon
content in high-alloyed steels Lvith aummary in English). Inth.-fiz.
shur. no. 9:116-118 6 958. (KIRA 11:10)
1. Institut alaktroevarki AN USSR, g. Kiyev.
(Steel alloys--Testing)
(Spectrometry)

SCV-125-58-10-11/12
AUTHORS: De*anchuk, A.S. and Ryabushko, O.P.
TITLE.- spectral a Y-M,-R,of High-Silicon Aluminum Alloys and
Weld Joints (Spektrallnyy analiz vysok.okrc-mnistykh
alyuminiyevykh splavov i svarnykh shvov)
PERIODICAL: Avtomatichaskaya, svarka, 1958, Nr 10, pp 86 - 89 (U3SR)
ABSTRACT.~. Information is presented on a method Of SPOCtral analysis
to determine the amount of basic alloying edmixtures in
high-silicon aluminum alloys and weld joints with excita-
tion of the spectrum by high frequency discharge. It was
stated that a high silicon content (6 -- 15 ~) did not
affect the results of determining other admixtures. The
spectral analysis of aluminum alloys of different chemical
composition is possible with the use of a unique standard
system. The error factor in the suggested method did noi
exceed + for all elements contained in the analyzed
Card 1/2 specimen.

A. ~JOV-125-58-3.0-11/12
Spectral Analjsis of High-Silicon Aluminum Alloys and ')Veld Joints
There are 3 graphs, 1 table and 5 Soviet references.
ASSOCIATION; Institut elektrosvarki imeni Ye.O. Patona (Institute of
Electric Welding imeni Ye.O. Paton)
SUBMITTED: June 16, 1958
1. Aluminum alloys--Welding 2. Aluminum alloys--Spectrographic
analysis 3. Welds--Spectrographle analysis 4. High freTuency
discharges
Card 2/2

DW I TANGMK, A, 5,
Using spectrum ajwlysis for quantitative daterminntion of minor
content of boron, arsenic, tallurivm, and phosphorus in stools.
Inzh.-fiz.zhnr. no.10:88-93 0 156* (MIRA 11:11)
1. Inatitut slaktroevarki imeni Te.0. Patona AN USSR. g.Kiyav.
(Steal alloys--Testing) (S~)octrum analyt3is)

AUTEOR: Demlyanchlik, A.S.
TITLE:
PERIODICAL:
ABSTRACT:
3OV/125-58-11-5/16
-ftWM1%YffflVt*1`"6'~ ~~_'Nii;on in Steel with the ';Jse of a Styloscope
(Opredeleniye ugleroda v stalyakh s pomoshchlyu sti-loskopa)
ASSOCIATION:
SUBMITTED:
Avtomaticheskaya svarks, 1958, Nr 11, PP 37-39 (USSR)
The author developed a new method to determine carbon content
in steel and weld joints by spectral analyais with the use of
the "SL-Y styloscope. The method is described in detail and
technological recommendations for the excitation and obser-
vation of' the carbon spectrum are given,, )ata obtained by
comparison of chemical and styloscopical analyses of the
carbon content in steels and weld joints, shows that the sug-
gested method and the chosen way of generator operation (with
the autotransformer connection) ensure the necessary accuracys
and can be used for express analyses of steel.
There are 2 tables, 2 diagrams and 3 Soviet references.
Institut elektrosvarki imeni Ye.0. Patona AN USSR (Institute
of' Electric Welding imeni Ye.O. Paton, AS UkrSSR)
August 27, 1958
Card 1/1

IM I YANCHUK. A. S.
Simultaneous determination of carbon and other impurities in steel
and cast iron by the spectrum method. Avtom. awtr. 11 no.8-.41-45
Ag 158. (MIRA 11:10)
1.0rdena, Trudovogo Krasnogo Znameni Institut elektrosvarki im.
Ye. 0. Patona-AN 'USSR.
(Steel-Swtra) (Cast iron-Spectira)

ISMIYANCMM, A.S., kau&. to-Khn. nauk; RYABUSHKO, O.P., inzII.
- I ~ I I -
Spectr= analysis of high-silicon aluminum alloya and welded joints.
Avtom. avar. 11 no.11;86-8910 158- (MIRA 11:12)
1.0rdena, Tradevoge Krasnege Znameni Institut eleIrtronvarki
Im. YO.O. Patons, AN USSR.
(Aluminan allors-4Pectra)
(Ilectric welding-Tenting)

AUTHORS: Demlyanchuk, A.S., Shitman, M.Ye., Rekitmr, X.I. 32-24;-~-25/44
TITLE: The Photographic Method of Analyzing Irom- and Nonferrous Alloys
on the Spectrograph ' ISP-51 (Fotograficheskiy metod snali a
oheriVkh- i tsvetnykh splarov na spektrografei , ISP-51)
PMODICAL: Zavodsicaya Labomtoriya, 1958, Vol 24, Hr 6, pp 751--752 (USSR)
ABSTRACT: As the most sanxitive spectral lines of &33m.3i metals ana alkaline
earth metals are within the visible spectral. range, it is obvious
that the detemination of Al, Or, Ti wW other elements in iron
alloys be carried out within this range, for which purpose the
spectrograph mentioned in the heading can bo used. The optim= oon-
ditions for analyses carried out by means of' the spectrograph
mentioned are given as well an a table shovdng the pairs used in
the analysis of iron alloys, the entire analysis of the alloys
being carried out according to one speotrogram. The spectral anal-
ysis of aluminum alloys is carried out under the same conditions
wiWthe only difference that the current of' the light aro in
somewhat weakened and that the time for prmlous irradiation is
reduced. The pairs of lines for determinations of this kind are
Card 1/2 also given, and it is said in this connection that concentratiora

The Photographic Method of Analyzing Iron- and 32-24-6-25/44
Nonferrous Alloys on the SpeatrDgraph ISF-51
of 0.001-0.01% of admixtures can be determined, which is suffi-
cient to satisfy the demands made by the industry and, in many
09Aess by soientifio work. The method of three etalons was em-
ployeas, for which purpose the etalons VA M1 No 2,46 ama the
brands AL9 and A UO were used. The relative error is mentioned
as amovinting to 4,% and the two methods mentioned are being em-
ployed by the plant mentioned, below for serial analyses. There
are 2 tablesp and 1 reference, I of which is Soviet.
ASSOCIATION: Kiyevskiy mekbanicheskiy zamod. (Uyev Maeldne Plant)
1. Aluminum alloys--Spectrographic m~alysis 2. Iron alloys
--Spectrographic ana4sis Metals--Determination
Card 2/2

18 (2, 3, 5), 24 (7) SOV/12 5 -59-11- 1.5-3/22
AUTHOI-S: Deml~ancliuk, 44.S,, Candidate of Tocl-inical Sciences,,
and Ryabushk(5T~T., Engineer
TITLE: Spectrum Analysis of Welded Joints of Duralumin Type
Alloys
PERIODICAL: Avtomaticheskaya svarka, 195,), Nr 11, pp 9c..92 (USSR)
ABSTIZACT: As a source of energy for cbta,~ning speztrum, a high-
frequency spark generator was used. The effect of
treatment by sparking on the main duralumin, alloying
components - copperg magnesium and ~-jlicon - is shown
in Fig 1. The influence of magnesium and copner or. the
results of spectral determination of manganese and si-
licon is illustrated in Fig 2. Duralumin, Type D-16,
was researched; its chemica-1 composition after being
heat-Treated in three different ways is shown in Table
1. Analytic pairs of lines for welded joints are given
in Table 2. References are made to the Drevious works
in this field: ~_.17 Ye. S. Kudelya an~ ~.S,, Demlyan-
Card 1/2 chuk "Spectrum Analysis of Welded Joints o-l' Some Co r
Z~~

-,)V/_-:25--59--'i 1---, 5122
Spectriim Analysis of 71elded Joints of Diiraluniiln '_'yno All-loys,
and Aluminum Alloys" -, L ~97 kathors- of --,his article
"3pectrum Analysis of High-1) --'I-!! _ )n Alumi-numm Alloys and
',,Welded Jointo'" Z,`7 K.A. Stihhonl~,-) "Spoctrum Analysis
r
of Steels an~. Ailoy~3", Theri, ar,: ') ,r_-,-h.: tables
and 3 Soviet references.
ASSOCIATION: Ordena Trudovogo Krasnogo Zna_mteni. Institut elektro-
C>
svarki imeni Ye.O. Patona AN USSR (Ord,_~r cf the Red
Banner of Labor Instlitiite ofi' Elect-1c imeni
Ye.0. Paton AS UkrSSR)
Card 2/2

SOV/1' 5- 59--:-J/1.-
1-3 (7) 2 5 (5)
AUTHOR: eDemlyanchuk, A.S., Ryabushko, O.P.
TITLE: S1,ectral Analysis of Welding Seams on Magnesiuri-Aluminum
Alloys (Spektrallnyy analiz svarnykh shvov na alyumini-
yevo-magniyevykh splavakh)
PERIODICAL: Avtomaticheskaya zvarka, Vol 1.'::, Nr 1~31, pp 69-7~7
(USSR)
ABSTRACT: The influence of the material of the electrodes on the
results of analysis as well as the influence of' thermic
treatment (e.g. welding) and of the alloyed components
with the aluminum-magnesium alloy AlIg 6 were tested.
Fig. 1 shows the comparison of graphite (1), copper
and aluminum (3) electrodes. It is evident that a gra-
phite-electrode, because of the highest intensity of the
spectral lines, is the best one. The experimEntal re-
sults (Tab, 1) show that the influence of magnesium on
aluminum and the influence of iron on aluminum as well
as different temperatures (max. 5000C) do not cause chem-
Card 1/2 ical changes in the composition of the alloy AMp 6. The

SOV/1.'r,5-59
Spectral Analysis of Welding Seams on Magnesium-Aluminum Alloys
spectroscopic results arc, compared with the chemical
analysis, within the limit of error. There are 5 graphs,
3 tables and 1 Soviet reference.
ASSOCIATION: Ordena trudovogo krasnogo znanieni institut elektrosvarki
im. Ye. 0. Patona AN USSR (Order of the Red Banner of'
Labor Institute for Electro-Welding im. Ye. 0. Paton:~
AS UkrSSR)
SUBMITTED: November 11, 1958
Card 2/~2

18M 1 SOV/125-12-4-12/18
AUTHOR: Demy Candidate of Technical Scienceeg
nitskiy, and Ryabuphko, O.P., Engineers
TITLE: New Possibilities to Use the Generator IG-2 for
Spectrum Analy!,ip of High Steel-i and Weldings
C.
PERIODICAL: Avtomatichepkaya evarka, 1959, Vol-l', Nr 4, pp 89-91
(USSR)
ABSTaACT: The authorm show a new -et up-for thE! generator IG-2
(Figure 1). An additional reoietance if placed in
c-eriep to the analytic intermpace. The bypapp-conden-
-er is parallel to the analytic interppace. This-in-
creas,ep the energy of the spark dipcharge. Within
the generator there is no changing nE!ceqpary. Ya.P.
Bellkevich LlRef g warned again-~,t the use of genera-
tor IG-2 for an analypi- of lead and brass, because
the lead-lines appeared very poor. Even with long
expositions (8-10 minutes) the Ppectrum line of a
Card -1/2 -ample with 2% lead was too poor to be mea"ured.

SOV/1-25-12-4-12/18
New Poosibilities to Use the Generator IG-2 for Spectrum Analyrip
of High Alloyed Steels and Weldingp
There are-3 graphP, I cricuit diagram and 2 Soviet
references.
ASSOCIATION: Ord.ena trudovogo krasnogo znamine in-titute elektro-
Pvarki im. .-.0. Patona AN USSR (Institute of the
Order of the Red Banner of Labor for 1.3lectric Welding
imeni 0. Paton ? AS UkrSSR)
Card 2/2

Sn.V/1.25-12-6-12/14
AUTHORS: DeallLnchuk, A.S, Candidate of Technical Sciences and
_7yabushko,-7.-P-.-, Engineer
TITLE: Quantitative Identification of Boron b:r 7--pectrum in
Welded Joints and High Resistance Weld:ing
PERIODICAL: Avtomaticheskaya svarka, 1959, Vol 12, Nr 6 (75)
pp 89-90 ~ U I,") SR )
ABSTRACT: The author presents a met'-iod to analyze boron by
spectrum in welded joints, which has been described
by him in an other article (Ref 1 ) . Fe states, that
for this method the spark generator IG-2 can be used,
The corresponding s,.,iitching is described by the author
in (Ref. 2). This method is used extensively in the
laboratories of Institut elektrosvarki ironiYe.O.Pato-
na (institute of Electric Welding imeni Yen. Paton),
There are 2 Soviet references
ASSOCIATIOU: Ordena trudovogolcrasnogo znameni institut elekro-
Card 1/2

SOV/125-12-6-12/14
Quantitative IdentificatioTi of Boron by 3pectrum in Welded Joints
and High Resistance Welding
svarki imeniYo.O.Patona
I
Welding imeni Ye.O. Paton
Red Banner of Labor).
SUBMITTED:
February 20, '1959
AN 11")17R (Tnstitttte of Plectric
A", F;T? of tlie PrOer of Vie
JTkr9
Card 2/2

5(2)
AUTHORS: Demlyanchuk, A S., Kukharenko, Ye. D. SOV/75-14-1-8/32
TITLE: Sp(,ctro-Cliamiciil.Determination of Magnesium and Influence of
the lelacnesium Content on the Results of Silicon and Manganese
Analysis in Caat Iron (Spektrokhimicheskoye opredeleniye
magniya i vliyaniye yego soderzhaniya na rezul'taty analiza
kremniya i margantsa v chugunakh)
PERIODICAL: Zhurnal analiticheskoy khimii, 1959, Vol 14, Nr 1, pp 45-49
(USSR)
A B S T 11A CT.- Cast iron usually contains 0.03 - 0.121P, magnesium, to be found
chiefly in compounds. (Ref 1). The authors of the present paper
worked out a spectral-anallytical detejzmination method for
magnesium in cast iron, by using a high-frequency spark as the
energy source to excite the spectrum, (Ref 4). The
determinations were carried out on an,&vex:aF,&' dispersion
spectrograph of the firm "KhillL,,er" described
conditions (Ref 51. An erect copier electroce wa 's employed. The
lines Mg 2802.69 - Fe 28M.98 served as analytical line
pair. The method elaborated pernits the detE!rminition of 0-005'~L
and more of magnesium. The calibratiox. otraialit line of the
Card 1/3 deter;-,iciation is characterized by a steep aicent. It is

-Spec tro-Chemical Determination of' %ilairricsiura and ~A)V/751- 1 2
Influence of the Magnesium Content Ul-on tho Results off, _'silicon and
Manganese Analysis in Cast Iron
illustrated in t1je paper. Reproducibility oil re3ults is good.
It was foun,1 that the intensity of t1he si-ectral 1-111ac o.1
silicon and manganose in cast iron stront-,1,y dor,~I!nas on the
cast iron content in -..no alternatin- curl-ent - arc
discharge. The line intensity o;-.'* these elements increases
markedly with gro,.-.,inj, nagnesium content. ',Vi,;h a ma.-nesium
content >0.061,'~O' 1 1 2 times ac much sil'.con and frian-anese
is found on the bacis of the lines, as is actually contained in
the metal. This effect bases on the ftct that magncsiuL~
influences the evaporation process of silicon and manganese in
the arc and consequently, also the determination results. When
working with a generator IG-2 (condensed spark) and with a
high-frequency spark, the magnesium content has no influence
upon the spectral determination of S:L and Ka. The working
conditions under which the authors carried out their
investigations are described. The results of a number of
Card 2/3

-Spectro-Chemical Determination of Magnesium and SOV/715-14-1-8/32
Influence of the Magnesium Gdntent Upon the Results'of Silicon and
Manganese Analysis in Cast Iron
determinations of silicon and. manganese in the presence and in
the absence of magnesium according to both methods (with and
without generator IG-2) are tabulated. There are 5 fis-uresv
3 tables, and 10 Soviet references.
ASSOCIATION: Institut elektrosvarki im. Yet. 0. Patona i Institut
mashinovedeniya AN USSR, Kiyev (Institute of Electric
'Weldinr~ imeni Ye. 0. Paton and Institute of '.Tachine Building,
AS Ukr~301.~.,iXlyev)
SUBMITTED: liovember 25, 1957
Card 3/3

~4(7) SOV/46-23-9-41/57
AUTHORS; Kudelya, Ye. S.,,~anchuk,,,J,%.S.
TITLL: On Some Methods of Standardization in the Analysis of
Alloys
PLRIODICAL: Izvestiya Akndemiii nauk SSSR. Scriya fizi&.e-sk,1,,a, 1959,
Vol 23, Nr 9, pp 1143 - 1144 (USS-R)
ABSTRACT: In the analyais of various industrial alloys the authors
used only on2 standard sample in contrast to the nor-nal
method in which three standard samples were used. The exact-
riess of the analysis is practically not diminished as shown
in practice. First, the authors employed the so-called method
of "inter-rupted exposure" (interrupted exposure), in which
the spectrum of the standard is recorded by exposarcs of t,
2t/3, 1t/2 and lt/3, in which case in the last three spectre-
grams the photograph of the spectrum of the base material
is additionally superimposed with the tiiae3 of exposure
1t/3, 1t/2 and 2t/3- Evaluation of the spectrum is carried
out in a similar manner as in the case o-P Vne use of three
Card 1/2 standards. Figure 1 shows a calibration cur've for the deter-

On Some Methods of Standardization in the Analysis soil/48-23-9-41/57
of Alloys
mination of Si in steels, which was constructed by this
method. Furtherl the method of "dosed exposure" is described,
in which a series of spectra of one standard i~5 produced with
times of exposure which are partly greater arid partly smaller
than t. From -these photographs concentration i:3 then determined
by calculation. As an example figure 2 shows t'-ie calibration
curve for the determination of nickel in steeLs, which was deve-
loped according to this method. The calibratio:.,2 curve was deve-
loped by means of two different standards and is therefore forked
in its upper part. For the calculation of the nickel content
formula (1) is then given. This formula, howev2r, applies only
to the range in which both calibration curves coincide. Formula
(2) makes the empirical calculation of concentration in the
upper part of the calibration curve possible. rhere are 2 figures.
ASSOCIATIONt Institut elektroevarki imeni Ye. 0. Patona Akademii nauk USSR
(Institute for Electrical Yielding imeni Ye. 0. Paton of the
Academy of Sciences, UkrSSR)
Card 2/2

5(2) SOV132-25-5-2 1 /56
AUTHOR: Demlyanchuk, A. S.
TITLE: Simultaneous Det;;m_lfiation of Carbon and Alloying Elements
in Steel (Odnovremennoye opredeleniye ugleroda i letmiruyushchikh
elementov v stali)
PERIODICAL: Zavodskaya Laboratoriya, 1959, Vol 25, Nr 5, PI) 581-503 (USSR)
ABSTRACT: In the case of a spectral analysis of carbon and alloying
elements in a-heel it is recommended (Refs 1, 2) to apply a
high-frequency dio'charge and to decrease the diameter of the
invariable electrode. A diagram is given of tho spraying effect
for carbon, obtained at high frequency and a magnesium electrode
diameter of 1.6 and 2-5 mm (Fig 1), wherefrom it may be ob-
served that the intensity of the spectral line for carbon
C 111 2296,86 with a smaller electrode diameter already
stabilizes after 70 seconds. An increase in the electrode dia-
meter augments but to a small extent the inten.sity of the
spectral line; it impairs, however, the discharge stability
(Fig 2). In another work (Ref 3) an investigation was directed
onto the influence exerted by the diameter of the invariable
copper electrode upon the spraying effectv and in the case
under review it was found that practically the same course may
Card 1/2 be observed with a magnesium electrode, and that analysis may

SOV/32-25-5-21/56
Simultaneous Determination of Carbon and Alloying Elements in Steel
be carried out without prior spraying. The conditions required
for a spectrograph for the sinultaneous determination of
carbon and other impurities were laid down. The spectral lines
used are mentioned (Table 1), and analysis waii carried out
according to the method of the three standard samples with
the utilization of the series UIM Nr 4 and 5. A comparison is
established between analytical results obtained with the
spectral and chemical method on a welding seam (C, Si and Mg).
There are 3 figures, 2 tables, and 4 Soviet references.
ASSOCIATION: Institut elektroovarki im. Ye. 0. Patona Akadem4i nauk USSR
(Institute of Electrical Welding imeni Ye. 0. Paton of the
Academy of Sciences UkrSSR)
Card 2/2

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DAVIANCHUK, A.S., RYARUSHKO. O.P.
Spectral analysis of aluminum ani nickel alloys. In2h.-fiz.
zhur. no.4:111-114 Ap 160. (MIRA 13:8)
1. Inatitut elektronvarki Im. Te.0-Patona, Kiyev.
(Ahim num.a;LZWo-Spectra) (Nickel alloys- Spectra)

3hIdth
S/1 E35/61 /0006/0006/026/0710
D2SI9/!)304
AUTHORg Dem'yanchuk, A.S.
TITLE: On a general-purpose light source and a s-,,andard me-
thod for the spectral analysis of motals and alloys
PERIODICAL: Ukrayinslkyy fizychnyy zhurnal, v. 6, no. 6, 19619
869 - 872
TEXT: All the basic requirements which spectral analysis (in the
service of industry) has to meet, could be satisfied by developing
an a,c.-arc light source with a high-voltage condensed spark. The
construction of such a general-purpose devicep incorporating the
standard-type generators Plf'-2 (IG-2) and 01--1, (IG03). would open
many new possibilities in spectral analysisc Hence a modification
is proposed to S.I.J. Rays'kiy's well-known scheme for the IG-2 ge-
nerator. This modification involves the insertion of additional ca-
pacitors, a resistor and a v-oltage stabilizer. The au-thor tested
the modified version of the generator and ascertained -he optimum
operating conditions which would ensure f-reatest possible accuracy
of analysis~ The supplementary units to the IG-2 generator, can be
Card 112

S,/185'61/006/006/026/'030
On a gene--cal-pirpose light source D2')97D304
fitted in any spectral laboratory. Using the modified device, it is
possible to analyze very thin surface layers of metals with least
damage to the surface, to analyze very small specimensi thin fila-
CoMpOS4
merits and alloys of complex chemical Ition. Hence the modifLed
generator IG-2 (IG-3) can be used as a gE!neral purpose source. and
it becomes possible to envisage the stan~.ardization of all methods
of 8pectral analysis of metals and alloys. The error in determininG
the concentration of impurities in metals and alloys, is 1 _ 1~5 55,
if the modified device is used* This compares favorably with other
devices~ Further, the characteristics are given of the modified ver-
sion of the IG-2 generator, used for the analysis of metals and al.-
loys. The spectra were taken by means of the spectrograph OC_TI-28
(ISP-28). The 3-specimen method was used as the method -of analysis,
A table shows the analytic pair of lines chosen for the spectral.
analysis. The above-described stable light source makes it possible
to use a simple and accurate stan0ard method of analysis in each
laboratory, There are 2 figures, 1 table and 5 Soviet-bloc refe-
rences,
ASSOCIATION: Instytut elekt:~ozvaryuvannya im. Yc.O~ P,-.tora AS M~rRSR
(Electric VIeldine; Institute im. Ye.0- Palon of ihe AS
Card 2/2 UkrRSR-, Y,,ylv)

DEMIYANCHUK, A.S.
Methods of de$ermfuting carbon in iron alloys by meang of spectrum
analysis. Avtom.svar. 34 no.?:90-91 J1 161. (MMA 1-4:7)
(Iron allop-Spectra) (Carbon--Spectra)

A.A.
Spectral analysiv of magnetic alloys. Znv.lab. 23 no.5:565-566
,62. MRA 15-6)
1. Institut elektrosvarki imeni Ye.O.Patona AN USSR.
(AlloyS-MELgnetic properties) (Spectrum analysis)

S/032/62/028,/011/014/015
B104/BI02
AUTHORs Demlyanchuk, A. S.
TITLEs Universal light source for the spectrum analysis of metals
PERIODICALt Zavodskaya laboratoriya, v. 28, no. 11, 1962, 1389
TEM 1, modified circuit diagram'of the lir-2 (IG-2) spark generator
(Fig.) -As given. This serves for the spectroanalytical examination of
very thin surface layers of metals, of finished parts without notably
damaging their surfaces, and of small!-dimensioned specimens. The follow-
ing modifications were mades (i) An additional resistor R' (4 kiloohms,
400 - 500 w) and an additional capacitor C' 0-01 PS, 15 kv) were connected
in series with the analytic gap kI). A shunting capacitor C" (200 pfq VK
15 kv) was connected in parallel with (I). A ferroresonance voltage,
stabilizer was connected in parallel with the primary coil of the trans-
former. Yurther, a current stabilizer was irztalled. The following
working conditions are recommended: inductance 0.15 mh, capacitance
0.005 Lf, electrode spacing in the working 9&P 3 mm, amperage in the
primary circuit 1.6 - 1.8 a, electrode spacing in the spectroanalytic
Card 1/2

S/032/62/026/01 1/014/015
Universal light source for the ... B104/BI02
gap 1.6 mm. The spectrum should be taken by an VICT-28 (ISP-28) spectro-
graph with three-lens illumination system, and with a gap of 10A'U.
Spectroscopic plates of the type 11 (16 - 20 Por-1- (GOST) units) and three
standards should be used. There is I figure.
ASSOCIATIONs Institut elektrosvarki im. Ye. 0. Patona Akadeiaii nauk USSR
(Institute of Electric Welding imeni Ye. 0. Paton of the L)
Academy of Sciences UkrSSR)
Fig. 1. Modified circuit d1agram of IG-2.
L C
Card 2/2

KOSOIAPOV, V.I.; SKVQRTSOV, AL.M.; DE1,11YANCHIM A S.; KISELLVA., K.V.;
I V.N.
'UIMLENK03
Exchange of experience. Zav.lab. 23 no-11-1388-1389 162.
OMA 15-11)
1. lnstitut khlmii Sibirskogo otdelenipi Ali SSSR (for Kosolapov,
Skvort.gov). 2. institut elektrosvarki, Aviani Ya.O.Patllona A14 UkrSSR
(for Demtyanchuk). 3. Fizicheskiy institut imei-d P.N,L-zbedeva
(for Kiseleva, Mkhalenko).
(Scienti-fic apparatus and instmments)

DEMIYANCRUK A S -[Demlianchuk,, A.S.]
On a universal light source and a stando-rd method for the
spectrum analysis of metale and alloys. Ukr.fiz.zbur,. 6 no.6;
869-973 N-D 161. MIA 16-'5)
I* Inatitutiploktroavarki im. Patonst AN UkrSSR, Kiyev.
(Elect'ric lamps) (Spe atrum analysis)

DEMIYANCHUX, A.S.
High-frequency condensed spark as a source of light for spectrum
analysis. Avtom. .avar. 17 no.5:93-94 My 164. ~MIIRA 1.7-11)

L 27lonk6 EWT(m)/F-WA(d)/EWp(10/En IJP(c) JFVJD
ACC NRi AP6015253 (A-) SOURCE CODE: UR/0125/66/000/005/0074/0075
AUTHOR, -Rabkin, D. M.; Bukalo, Lq A.; Korzhova, Vi, Ya.; Dej!yaxvchuk..-4--~S
ORG: none
TITLE: Heterogeneity of aluminini-!pgnesium lloy uelds
SOURCE: Avtomaticheskaya svarlui, no. 5, 1966, 74-75
TOPIC TAGS: aluminum alloy, majMesium containing alloy, alioy weld, weld property/
AMg3 alloy, AMg6 alloy
ABSTRACT- The nature of the dark areas frequently appearingAn x-rny4ictures
alongside welds, and their effect on the properties of ift3llnd AMg6laluminum-
magnesium alloy welds, have been investigated. Alloy p-lates 3 i;r-;';m thick were
-TiG-welded with steel backing. In these welds the (lark areas were about 0.5 mm wide.
The specimens with and without dark areas had roughly the same tensile strength,
32.2 kg/MM2 and 31.6 kg/mm2. The fracture in both opecimens was also similar.
Spectral.analysis revealed a sharp increase in magnesium content in the loc-ation of
dark areas.., 7.2% instead of 2.8-3.8% for AHg3 allay and 11% instead of 6% for AMg6
a1"loy. The microhardness of a-9olid solution in the dark area was 77-81 kg/mm2 as
compared to 60-66 kg/mm2 in the weld or in the annealed base metal'.. Thus, the dark
areas are formed as a result of ttho enrichment of alloy with magnesiluMa They do not
reduce the strength of the wel&. Orig. art. hast 4 fi rea4 JAZI
S11B CODE: 11, 13/ SUBM DATE: uone/ ATD PRESS* 167
Card 1/1- O-d;-" -- UDCt 621.91 nici

IMMIYAJIGEUK .;,. HINGHMOVA, 0., redaktor; GOLOVGHFM, G., tektmicheokiy
, ,
le-or.
[Innovators of the confectionery trade) Novatory kondyteralkoho
vy,robuytetva. Kyiv, Dershavne vyd-vo tekhnichnoi lit-ry UHSR,
1953. 37 P. (MLRA 8:2)
(Confectionery)

S/103/62/q23/007/007/009
D201/D308
AUTHOR: Demlyanchuk,.I. V. (Kiev)
TITLE. Reproduction of homogeneous functions of two
variables
PERIODICAL: Avtomatika i telemekhanika, v. 23, no. 7, 1962,
.943-955
TEXT: The method is based on the approximation of the fullL;-
tion of the auxiliary 'argument which is the ratio of the vari-
ables. As a result of this approximation, the homogeneous func-
tion is represented in the form of a power binomial. with coeffi-
cients which are constant within the region of app2'oximation and
with arguments varying from one region to another. The coeffi-
cients are introduced by evaluating them from the graph of the
auxiliary function. Formulas are given for the evaluation of the
permissible approximation error. The reproduction of a homo-
geneous function, which may be given either analytically or
Card 1/2

S/103/62/023/007/007/009
Reproduction of homogeneous ... D2.01/D308
tabulated, is thus reduced to simple mathematical operations of
addition, choosing the extremal sum and taking a certain power
of the result. To this approximatiOn formula corresponds a simple
structural circuit, which can be realized by means of standard
functional circuits of modern electronic analogs and.known S%Vitch-
ing and logic elements; the method may lead to simplification,
decrease in the volume and increase in the accuracy of function
generators. The general circuit diagram and the principle of
operation of a function converter based on the method is given.
There are 8 figures.
SUBMITTED: March 10, 1962
Card 2/2

DEMIYANCHUK., I.y,_Ixiyev)
Reproduction of bomogeneous functions of Gwo variables. Avtom.
i telem. 23 no.7:943-955 Jl 162. (NMRA 1519)
(Electronic calculating machines) (Automatic control)

DEMIYIANCHUK ~ V., insh.
Automatic compensation of the readings of hydrostatic level
indicators during the start of a boiler. Teploenergetika 10
no.100-75 Ja 163, (MIRA 16:1)
1. Institut avtomatiki Gosplana UkrMa.
(Level. indicators)
(Boilers-Equipment and supplies)

16806-66 EWT(M)/EWP(t) TJP.(c)-, JD/J.G .
ACC NR-, AP6003368 SOURCE CODE,- UR/0363/66/002/001/0100/0104
AUTHOR: Obolonchik, V.A.; Lashkarev, G. V. -, E~~i
ORG: Institutz of Materials Science Problems, Academy of Sciences SSSR (Institut
problem materiidovedenlya AROemil nauk SSS
TITLE, Preparation and some physic ochemical properties of rare earth ox ellurides
yt
SOURCE: AIN SSSR. Izvestlya. Neorganicheskiye materialy, v. 2, ng. 1, 1966, 100-104
TOPIC TAGS: rare earth, telluride, lanthanum compound, cerium compound, praseodym-
ium compound, neodymium compound, samarium compound, gadolinium compound,
dysprosium compound
ABSTRACT: bxytellurides of stoichiometric composition corresponding to the formula
M202Te (where M = La, Ce, Pr, ',Yd., Sm, Gd, Dy) were synthesized by reacting rare
earth oxide4ith tellurium vaporIfn a hydrogen atmosphere in graphite boats at
temperatures of 1000 - 1100-.The oxytellurides are unstable. Lanthanum, praseo-
dymium, neodymium, and samarium oxytellurides are stable at elevated temperatures in
air because of formation of a thin metal oxide film on the surface. The electrical con
ductivit at room temperature and the temperature dependence of the thermal expansion
Card 172 UDC: 546.442124'45:543.5

v
f the Ililk ',~at Levol of Their Food oil t, c I' tabolisin of Ca!-ver,." Cam'
.ff ect o .1 C
(n "IB! 01, :,o 7, 7 r
1Z3.
Sci, Mlarlkov Zoot~~-cvlulic_~l Ins'. P, ~
SO: Si-,-,. I-To. -101,, 2 r.,ov 55 - Survey of Scienti"JC -cclinical -Lissertations Defren-led
at JJSSR !Ti--,hc,r Ejucational Distitu-bions (16).

DEM'YANCHUK V.P.[Dem"ianchuk, V.P.), kand.seliskokhoz.nauk:
Calcium and phosphoruo metabolism in high-productive cows with
D-hypovitaminosis. Visnyk silthosp.naukY 4 no.8,;86-90 Ag 161.
le. Otdeleniye skotovodstva Ukrainskoy akademii sel'skokhozyaystvennykh
nauk.
(Calcium metabolism) (Phosphorus metabDli;sm)
(Deficiency diseases in domestic animals)

L 30394-4-6 BIT ( I )TG
ACC NTR: AP6005847 SOURCE CODE: UR/0102/65/000/004/0003/0009
AUTHOR: Barvinslky,.V, L. L. -- Barvinskiy, L. L. iev); Demlyanchu1c, V. S. (Kiev)
ORG: none
TITLE: The reliabilit of doubled systems taking into account the nature of failure of
switches and control circuits
SOURCE: Avtomatyka, no. 4, 1965, 3-9
TOPIC TAGS: reliability engineering, circuit reliability, redundant system, control
circuit, switching circuit
ABSTRACT: The authors present a method for the determination of the failure probability
of a doubled system with functional replacement of channels which failed, taking into
account the dynamic and static failures of switches and control circuits. An analysis of the
obtained expressions for the determination of the failure probability of the system investi-
gated shows that the presence of such failures as the arbitrary switching in of reserve
channel switches considerably increases the probability of system failure. In view of this,
it is necessary to have the intensity of arbitrary switching in of switches 3 to 4 orders
Card 1/2

L 30394-66
ACC NR: AP6005847
lower than the intensity of their arbitrary switching off. An evaluation is made of the
dependence of the relativ3 error in the calculation of failure probability of the doubled
system without taking into account the failures of the switches compared to the failure
probability of the real system from. the relationship of the intensities of failure of the
switches and the reserve units. The error is increased with an increase in the intensity
ratio. In order to reduce the error indicated, it is necessary to reduce the probability of
the dynamic and the static failures of the switches. Orig. Art. has: 3 figures.
SUB CODE: 14, 09 / SUBM DATE- 20Dec63 / ORIG REF: 003
C'nrti 2/2 t4 t'

L 3802-66 ERT (I )/E- PA (s)-2/T-.;el~ IJP(c)- GG
ACCESSION M APS025503 UR/01-15/65/000/009/0026/0027
319"
Al
1ADTHOR: Barvinskiy L.-L..; Denlyanch ti
TITLE: Use of ferroelectric crystals -for built-in monitoring circuits
~
SOURCEt lzmaritellnaya tekhnika, roo 9, 1965t 26-27
TOPIC TAGS: electronically variable capacitor, ferroelectric crystal, test moni-
toring, electronic measurement
ABSTRACT: Previous studies have shown that voltage-variable capacitors may be used
as converters in circuits for monitoring hf voltage (or power), frequency, and con.-
Ibinations of these and other paranxiters. The operating principle of this type of
converter is illustrated by fig. I of the Enclosure. The sensing elementJs a
three-elect rode volt age- contr4)lled capacitor made up of ferroelqctr1c crystals.
Control voltage from the output of the device to be monitored Is fed to plates 2
land 3 of capacitor C23 via the coxr?ling coil. The capacitance between plates I and
3 W13) serves as a decoupling unit for the indicator circuit L'1C2C13C1- When the
device being monitored Is operating normally, this Indicator circuit Is tuned to r-6
Cl" 1/3

3802-66
ACCESSION NR* AP5025583
sonance. When there is a change in the frequency or.vo-Itage fed to capacitor C2i,
the capacitance of this element also changes. This changes the capacitance Of C13
and the natural frequency of the indicator circuit. The voltage reduction in the
_1indicator circuit in a set control-iroltage range is proportional to the frequency
1drift and to the variation in 'the voltage being monitored. If the indicator cir-
icuit is somewhat detuned initially, voltmeter VI will show not only the drift in
ithe frequency or the change in the voltage being monitored, but will also indicate
;to which side of the normal operating conditions these changes take place. Experi-
pental curves are given showing the capacitance of C1 3 as a function of the con-
trolling voltage applied to C23 at various frequencies. at 200C. 1hese curves show
that the circuit is more sensitive to changes in voltage than to changes in fre-
iquency. A great disadvantage of these ferroelectric converters is that they are
;considerably dependent on the ambient temperature. This temperature effect may be
!compensated by using special circuits based on ferroelectric capacitors with the
,Proper characteristics. Advantages of tbese converters are their high reliability
,Emd simplicity of construction. Orfg. art. has- 4 figures.
ASSOCIATION: node
1SUBHITTED- 00 ENCL: 1 01 13UB COM EC
NO REF SOV: 000 OTHER:- 000
Card 2/3

L 6394-66 - EWT(l)/'9WA~P)'_
'ACC NR: APS020925 SOURCE CODE: UR/014-2/6.li/008/003/0330/0336
~AUTHOR: Barvinskiy, L. L.; E~~,mchtdc, V. S.
'ORG: none
1 0
:TITLE: Determination of the reli f redundant systems considering failures
g
iiitiA
of switches.and of control circuits
.SOURCE: IVUZ. Radiotekhnika, v. 8, no. 3, 1965, 330-336
1OPIC TAGS: circuit failure, circuit reliability, control circuit, switching circuit
ABSTRAM The problem of the reliability of redundant systems with automatic
:switching to the reserve is examined. The case shown in fig. 1 is considered, where~
;BI and B. are regular operating units, BR is the reserve unit, and AC is the auto-
,matic control circuit. Switches S S and S connect the regular units and
31 4
'~S and'S the reserve unit. It 1; as2sumed that: (1) all units and switches are
1~2
14eIntica . (2) the reserve unit Is in a loaded state; (3) the automatic control cir-
,;cuit does not assure reconnection.of a channel which has failed and been repaired;
10) the system will faIll. If two units are switched simultaneously to one input or
Card-_

C) ~ii
i
I
i
I
f
i
i
i-
i
;
I
i,
. !,
I
t
i......

3~ 6394-66
~ACC NR: AP5020925
output; and (5) each system element has an exponential probabilitr of reliable oper'
:ation and the reliability of each is independent of the reliability of others. Con-
sidering dynamic and static switch failures, the authors analyze 9 failure cases and
derive the probability of failure within a given time for each. railures of main
a
and reserve units, switches, and automatic contzx~l oixIcuit are considered. A graphs!
,shows the dependence of the probability of systen failure on the probability of
failure of each of the elements. The relative error of the probability of system
'failure when switching failure prcbabilities are negle-eted is graphed. Failures
;such as spontaneous closing of switches can subiji.-anti,311Y increase the probability
~of system failure. The importance! of using switches with low probability of static
alid dynamic failure is thisreby shown.- Ori g. art,, hats: 3 figures.
SUB CODE: EE,DP/ SUBM DATE: 2011ecO/ ORIG.REP:~'002/ OTH REr: ooo
~
!CarJ..,_.3/_3_.

ACC `R
AP603-1639
SOURCE' CODE. 'UR/0102J'66/000/004/00'9/0025
UT, I' T I OTI yanchulk, V. S. (Niev); r4rarvinnlkyy, L. L. --Darvinr.-kiy, L. L.
ORG: none
TITLE: Idle-time coefficient of long-used reserve systerns, taking into account
their restorability and preventive maintenance Part I
SOURCE: Avtomatylta, no. 4, 1966, 18-25
!TOPIC TAGS: idle time, idle time coefficient, preventive maintenance, system
maintenance
ABSTRACT: The authors analyzed the problems of estimating the.idle time
coefficient for reserve systems with a sliding loaded, unloaded, and "mixed"
restorable reserve. Expressions are derived permitting the determination of the
necessary minimum of reserve units, their operating conditions, and the number
of maintenance personnel with the given idle-time coefficient. A -procedure is
given for determining the idle-time coefficient of reserve systemn for carrying out
preventive maintenance on the reserve units, and final expressions are derived for
rnr,4 I / 2

_L Q99l5-6~7__________
! ACC NR:
i AP6034639
677)
calculating the idle-time coefficient. It is assumed that there is always enough
servicing personnel to carry out the preventive maintenance. Orig. art. has:
14 formulas. [Based on. authors' abstract]
SUB CODE,: 06/SUBM DATE: OGJun64/ORIG REF: 004/ -

DEMIYANENKO, A., inzh.; VOYLVODIN, V., in2;h.
, , - _0 . ~-, -- ,
Mechanization of plastering in the Main KrasnVer6k Construction
Administration. Mekh. stroi. 20 no.10:14-15 0 1153. (MM 16:10)

VOLIFIN, P.I.;-WAUAKUMp,_AZI,; LYAPUNOV, A.I.
Battery of continuously oporating digesters with air 'blast
agitation. TSvet. met. 35 no.9t86-89 S 162. (MIRA 16:1)
(Aluminum-Metallurgy) (Hydrometallurgy)

DEMITANENKC, A.I.
... ~ , 1, 1,.'- ~ . -
Additional signalization,for the vacuum qystem zercury-iLre rectifiera.
glek. i tepl.tiaga 7no.11W-28- N 163. (MIRA 17-.2)
1. Nachallnik renontno-reyizionnogo tackha Chishminskogo energouchastka
Ku,ybysbevskoy dorogi.

DEYSIYANENKO, A.I.; YAYOVFNKO, N.G.; CHAWVY I.V.
IncreanIng alumina, output at the VnJeper aluminum p:.ant during
work with a high concentration aluminate solution. TSvet. m-1t.
38 no.8:86-87 Ag 165* OfIRA 18-.9)

f)~7~~M I YARENKOY ~ EVA, U;, [ I..-nrittiova, )(.] I 1 1, P-%
tLyserko, A,.avj.jj ITDOROVSKAY-4, Y,-.,q. JFF-Aorova'kh,
Actino7k)rcetes-ftntagonists from the sails of the Ki,~,r region.
Mikrobiol. zhur. 27 no.5;7-10 165. (MiRA 18.1310)
1. Institut mikrobiologii i vir-u5ologli AN 11krSSR.

DEMIYANENKO.. D.M.; XCROZAp 7.1.; RODA, A.A.; :30LOVIYEV, L.S.
Applicability of analog computers for calculating electron
trajectories in linear accelerators. Uskovitel-i no-5:91-95
163. (MIRA 17:4)

Der'v,anenko, D. V.
itt-nlal nn. ",tiolog_v, Pathogenesif,, f~ni I~i~iE~rlosi9 of' Sltl-fOz~~
1q;5 (Dissertation for the de'r;ree of -,2nAicNt,? In Science)
Sc: Y 140. ?
n i z hn e i s' ~19V5

DEMIYANENKO., D. V.,, kand. mad. nauk; ZATOIA)KIN, F. D., assistent
Treatment of syphilis with bicillin. Vest. dorm. i verl. 36
no.6:55-56 Je 162. (MIRA 15:6)
1. 12 kafedr7 kozirqkh i veneriohea)dkh Ix)lezney (zav,, - prof.
N. A. Torsuyev) Donetskogo iaeditainslogo instituta (roktor -
dotsent A. M. Ganichkin)
(SYPHIL:

IL1301:5- - V4r(l)/BDS/E&G~b)-2 AFFTC/ASD/E3D-3 -rjF(G)
AGG-ESSION WA: AP3001335 S/()057/63/033/006/0735/0738
ATjl'HOR: Ostrov k~z, Ye. K. ; _Zy*kov- A. I.; Konen inko, S. G.; Makhenko, L. A.;
Do-ralyanenko, G. K.; .1janovets,_Yu. A_t; Rubtsov, K. s.
TITLE: Investigation ui u shaping aeotion with constant phase velocity for
wave propagation,~
SOURCE: Zhurnal tekhnicheskoy fiziki, v. 33, no. 6, 1963, 735-738
TOPIC TAGS: electronics.. linear accelerators
ABS)TRACT: The axial motion of electrons in a loaded waveguide in which the
phase velocity for wave propagation is constant along its length wa.s calculated
by the method of J. Swiharta and E. Akeley (J. Appl. Phys., 24, 5, 1c,153). The io,%~e-
guide is intended to be the initial section of an electron linear accelerato:,.
Tho calculations were performed for a section 83 cin long excited to an electric
field strength of 67.5 kV/cm and with the electrons injected at an energy of
80 keV. The results are displayed as a family of curves giving the exit elec-
tron energy as a ftuiction of this 'entrance phase for different values of the
phase velocity from 0.91a to 0.99c. From these results,, and taking into account
the resolving power of a specific magnetic analyzer, the average energy of the
electrons 'at maximum current in the bunch and the current at maximum density
Caril 1/2

It 13045-63
ACUSSION NR: AP3001335
were calculated as functions of the phase velocity. These calculated results
do not agree with the experimental data. The expetrimental data indicate t",at
ecipture and acceleration occur in a much narrower range of phase velocities.
Lho divergence between experimont and the calculations is ascribed to end of-
facts in -the input Junction, which is an H sub 10 to E sub 01 tramsforner
similar to the Stanford variant. The effect of putting inserts in the final
waveguide cavity at the junction wall was investigated, and an insort th,at
greatly improves the operation was found. The authors do not consider such
inserts to be a satisfactory solution, howeverp owing to their delotericus
effect on the electric strength and because of the analytical complications
they involve. Orig. art. has: 7 formulas and 3 figures.
ASSOCIATION: Fiziko-tekhnicheakiy institut AN USSR, Kharlkov (Physical-Technic-al
Institute, AN USSR)
J SITBIAMED 21may62 DATE AC Q: 01 J-ul63 ENCL: 00
SUB CODE-.- 00 NO HEF SOV: OI)l CTHER: 005
Card 2/2

ACMBION XR: AP3WI336 B/DO57/63/033/DU;/0739/0742
PXTHOR: Zykov, A. I.; Hakhnenkio* A, Osirovskiy Ye. K. j Dem lyanenko,, G. K, I
Kozonenko., S. G,; Rdbtebv,,K, S, 1. Kranskoy,, G, D.; Wel V. 7B-.--*'
T17AM Determination of the~optir= frequency of ef: linear travelingrVaw. ac-
celerator sad investigation of thtt dependence of axicalerated-particle energy
oil frequ"oy
SCORCEr- 2burnaJ. tekhMehaskoy :ft!AikI,, v. 33, no. 6j, 1963, 739-742
TOPIC TAMS travelina-wave 31nbar' accelerator, phose) velocitv, gratip velocii
ty
at-celerator traveling-vave accelerator, linear ace-elerator
],~Mmwjai-. SimpUkled calcantions of phase and Eptmj? velocities of a traveling-
we lineui i~~eleiator using a septate waveguide isectioa are supEeated. These
'w-e-bwe(I on be t~A that iii the case of small wirrelpaide mismatch
i. e.., when
Mle VSW hen or equal to~ 1-.Ij it i9 possible to derive formulas for these T-- -L
by appiyii*;the,mathoa of shIf"Wing the locatiom of WIR
y ii ihorting stub, This eliminates the need to plot com-plex cir.
calar diagrBMB. Since actual w-aveguides contain sixe inhomogeneities, it is
necessary to average the standInEj-wave minimum displacements resulting from
~rqnsjation of,the stub in the.serptate waveguide. The phase-velocity formula is
CcIrcl 1/3

A01CMION, XRt. APY*1
336
obtained Vr measuring the total displacement of the stancUng-wave mininum
&wimg the travel of. the stub fDr -the, total number or resonators. Thlo formula
Wines tbe dependence of phaset 'Ivloclty on frequency, Measurements made by this
mothod. foi, a aeptate waveguidelvith type U/2 oscilLetions, a source frequency
i stability of 10-7, an& a septate vaveguide period to 2.677.� 0.001 cm shaved;
that for a phase velocity equal, loo light velocity a frequency of 496,58 Me repre-~
sents the optimum frequency for, this vaveguicU;-.' A straightforward calculation
from the phase-velocity formuls yle -Ids the corresponding group velocity. As re-
gards the dependence of accelere6ori cutput on frequency, it is Euistmed that ran-
d= deviations of phase velocit;y:are insignificant 4md that the whole of.the
its a function
waveguic . is homogeneous. Prorn this a formula for kinatie energy
or frequency is derived. For Ake' vaveguide described the relative kinetic energy
decreases by a factor of approximately .10 for a frequency change ftom 2796.6 to
2799 Me. It is concluded that, for aeptate waveguides with small inhomogeneities
the method described determlaen optir= frequency,,. and phase and g,..,oup velocities
vith adequate accuracy for prantical.purposes, since the maximum relative error
does not exceed + 0.01%. Orig,, art. has: 3 figm~es and 8 formulEw.
ASSOCIATION: Fitiko-tekhnichealAy bistitutAN.6SEIR, 1(harlkov (Phy-Bicateebacal
-A. AN SBSR)
Institute)
~AC~M 2/3 .. ....

V
V 'A
F
T
6 _jk~ii~ibll I I
sp GS
5 - -
5 W-
X /
iSSION NR* RrSO07932
St,0000/64/000/0000435/0
419
ir~ Ail K ..G i
AWjiOR-. r shaveviii T. A4 ;~i-Dem -,Vafienk&'~ d. 'K. Zykov i,
--A-
Ipyl.-lenok G. 11. 1 Malyshey I F_
I a K#; Makhuenko L. A. j
jr-i
~_7=flm -nn
+
-4-rel bgm-w -M e v b -ut p u- t 4 t- nk ~r_ M_ r - 7
llilizl!k: Line -atiAi~
-:J
4~
tom CE -
utevi
k 41ilonal:.Con'ferali'' brat na. iIL963-
Trt~-d 'm Atomizdat i 435i,~~ '39 4o
ra oz- traya ing.wave r
TOPIC TAGS: blIg1j. energy accele t 1' _elei~tron: accelerator, Injecto
wavep de
J,
ABSTRA&r.- One.'~of the stages ih..th4-.Ahv610' -at -Khair the liticar electraq
pments, ~bv, of
acc .eleiatbrs: wa!~~ the Const IrIIqtion.'_6f-' -360L-Mev acceler tor, with accele-rati-ag track I
didided-Into- 1141 ";eCtions consistlirlg_ :i6 injectail; lii'nd 10 sections tl.!~ speters
~h*: '-During vo.didlng bea IIa. ekpe'w44 ts-tba Sixt selct!;)n is asent, 11,1' lt~3 place
Pali, I ~ . . . -, D :' 'I . i
ma e
-s oue:gi~ rings. The el-,.~ctvon in-
b e the gnotti of th injeqtinj~ i~4ices: of tbe t
jec, and the., aqcelieratifig~ too-ated in a- ~,.~imicvete bunker. 'Uy3tromq
vith~ nominal p6wer of 20 Mw I'm tbo t~64e -ime. used for VO high-frequenq,pvtfer
L
quj;p y. apm ve energy U64 d!-I~ -the k vith hydm-
I C .1til storel* 0%0 11 iNitmri moaulatar's
1/3
4.

K
!1-65
45251~
ACMSSION NR; ArSOMM
25~6 12.5, 6.25, 3.125, 1, and a c~ _415 ce,o (Note, The half -width is the
gU sen
ifidth of -the ene qy spectrum. at 4" -16~vel half the cu
rra~rt -maximum.) TM design and
construc~tl on of the electron injels.~t'Or and:the remaininj; parameters of the a-celerat-i
ed ~beem were discussed by v et al.. (Sa'mei conference p. 1140 The
FWjtse,.,-it Yeport disminses matters irelating to the adjustmert of the accolerator: the;
ls~-.;te',Pa clectrodynamic and loaded charatteristics, thv accuracy of construction of~
th'e sections, their resoiiance fxeqt~encies, group velocity and damping, shunt resistJ
=-d partial power of- the principal-accelerating harmonic. Orig. art. has: 6
filrares.
1ASS-8,0CIATION: rizil-o-tekhnicheski,~'L-ist:".tut AN UkrSSR fthysico-technical Institute
~M UhrSSR); llai-ichno-issledo-~iateltr.):i~ i1i6titut elektro-fizicheskoy apparatury ime-ni i
M
~I D. V. Yi~' mova GKIAE SSSR (Scientific-Research Institute of rjectroP4 ~Lid~~lr
SUBMITTEM: May64 MCL: -00 SUB CODE: BE, NP
N 0 REF SOV- 000 OTHER: 000
61-d 3/ 3
~7_

24749
3/19 1/6, 110GO/Cr,",100710 10
~ -I' 'L-'0 13 10 1 /B2 15
AUTHORS: Shturman, A. A., D.em I yane,nk_o_,.__I_'.. D.
TITLE: Magnesite molds for products of cold-sett'n--y placitios
PERIODICAL: Pl~sticheskiye Mass.-, no, 7, 1961, 26-27
TEXT: 'Baged upon the fact that cold-opLtinE plaqtico (epoxy ai'6 roly-,stor
resins, ACT-T (AST-'f) acrylic pliistic, etc.) haie found inci-ea~_-ini~
application in the manufacture of large-size objec,,s. such :9 Icats, car
b o I i e s, , a nA TiF c'-ine parts , the suitabil i ty Df Ihe %,,qr~c,uEi mti tel Jial 9 fn-r
molds is discusged. Gypsum %ithstands only 1-3 processes; easily meltable
alloys are too expensive, and wood and metal m,)J.ds requirp. ru,,,)- time and
ex,,3ensive levices. The authors availed themseliresof theexperi3rce of the
LeninL7radskiy zavod stankov-avtomatov (Leningra~l Plant cf Autonatic
Machineo) regarding magnesite molds for precision :~astin6., Pn3 sugglest
such molds for casting plastics. A model made of wood, glass, plastic,
metal, eto. is polished, coated with Aq-1 (ATs-.'I) and 4r_-9 (FG-9)
vr1rnishes, and then put into a, mold frame. 2.4 parts by iveight c-f an
a ucous solution of magnesium chloride (specific gravity of 1.3-1.32) is
Card 1/2

2049
SIP9 61/000/007,'C,:)7/010
Magnesite molda for products of- 310!~B215
stirred into a mixture consisting of I part by wei[:ht of marshallite and
2 parts by weight of caustic magnesity of type rocT 1216-41 (GOST 1216-41).
The mass is then nourpd into the mold frame.. At room temperature, the
mass hardens within 4-8 hr. The mold is then poli:.'hed with a felt disk
soaked with paraffin or stearin. Such molds were wised for press",1E 2
products of the :,acrylic plastic AST-T under pressu:res of 70-90 kf-/cm -
The advantages of these molds aro- IN smooth siirface of the pressed
plastic; 2) durability of the mold; 3~ broken ,r,,cld3 car, be used al3ain
after gluing with FA-2 (BP-2) M-4 (BF-4) etc; ~,) low cost of the material.
Magnesite molds are also recommended for use in va3uum and preamatic
molding Of plastic sheets. At present, the authors are attemptin~~ to
produce pressure castings of caprone, polystyrene. and polyethylene by
such ma.1-nesite molds. There are 2 figures.
Card 2/2

ZHDANOV, Ye.A., inzh. (Tuganak); SKLYAROV, WK., inzh. (Iuganek)j
HRDVTSKV V.A. insh. (Inganek); DS41YANENYO, T.D., inzh.
(tuganskjo p
Locomotive aab made from glass plast:=. Zhel(, dore transp*
47 no. 11 &8341, N 165 (MM[ 19.1)

TARAN., A.V.p kand.seIIskokhozyaystv(3z1nykh mauk; IPIIYANENK0 K.V.
L-2-
Best predecessors for basic field crops in the steIrpe of the
Ukrainian S.S.R. A.V. Taran, K.V. D-.mlianenko. Zemledelie 21+
no.8:23-25 Ag 162. (MIRA -5:9)
1. Zaporozhskaya oblastnaya gosudargtvennaya seltskokhozyaystvennaya
opytnaya stantelyao
Mx-aine-Rotation of crops)

Na

Olo. -A it:mlErd
zT is
Allf lciillz-, uma:5 ti
a"T, ll-,;~

!3 a cz~-.I-Ctinn tneff %v,. of
P-r lnl. ~A fMilv, :,C4L.. ?--, ac :J on
.al,

Imm

BCBIIF, X.?.; GMASIMOV, N.S.; GOLUBIV, S.G.; ])ZMnOV, P.G.; DXMIUX~ M.P.;
-
YZVMSMIN, N.M.; ZA4SXIY, M.I.; KAUSHNIKOV, K.A.- XONCRAW, B.I.;
KORMV, A.I.; KRZHIZWOVSKIY, F.I.; KUL&XOV$ G*K.; POLOSUKHINg M.N.;
ROYTKAN, H.Ya.; RUMYANTaV, V.I.; HXKUSHKIN, B.V.; SKUROV, A.N.;
TARASOV-AGAKOV, N.A.; TOKASHEV, A.I.
Semen Vaaillovich Kaliaev; obituary. Pozh. delo 4 n0.5.29 W 15B.
(Kaliaev, Semen Vasillevich, 1904-1958) (MIRA 11:5)

DEIIIIANENKO, M.P.
Complete utilization of sW beets is an interesting yet
Complicated problem. Salch*'Prom. 36 no.9:16-19 S 162.
(MIRA 16:11)
1. Sovet po izucheniyu j9viSvodmtva,nnykh sil pri Gosudarotven-
nom nauelmo.-skoiiomicheslc6l6.oovete S,ovet& Ministrov ILRSR.

AUTHOR: Dem lyanehkD It. , Master of Sports 85-91-2T/53
TITLE: How to Mount an Incandescent Spark Plug on the Compression
Engine MK-12S (Ustanovka,kalillnoy ivechi na kompressio4nyy
,dvigatel! MK-12S)
PERIODICAL: Kryllya Rodiny 1957, Nr 9, pip. 29-30 (USSR)
ABSTRACT: The author, whose airplane model driven by a compressioo
engine achieved in May 1957 the All-Union record speed of
197.8.km. A., explains how he had fitted the winning models
engine MK-12S with an incandescent spark plug,. The fila-
ment of the spark plug is said to have been made of ah
alloy 'of 8o% Pt and 20% Ir (0 0.2' mm.), the inlaye~rs of
mica or 'Paranit'. As to the fuel, the author recommends
mixing 75% of methyl'alcohol and 25% ricinus oil (an addi-
tion of 30% of nitromethane does, assertedly, incre&se the
number of revol-utions by 1000 per minute). During the com-
p.etitions the author used a mixture of 55% methyl alcohol,
15% r'icinus oil, and 30% of nitromethane, with 5% of
Card 1/2- nitrobenzene added. 7 designs showing various phases of

f >1
H
UTZ-
FIRE Ng 06 *
KIN Ht'
PH g
i
-E k1 1. -)w Ing 'It, lw
U;q xj
E IF.
06;
tz,
Al,
tc
fil-
, ,
ooo
a 0 0 CL
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A

1. DEMIYANENKO, N.M.
2. ussR (6o0)
4. Marmot s
7. Acid ztlt preaervation of marmot skine. Trudy VNIO no. 10, 1951
9. Monthly List of Russian Aacessions, Library of Congress, Februtry -1953. Unclassified.

TIMOKHINAP A.D.;-DEN!,XANEN-KO P.P-
~
Streamlining and invention at tho Semiluki factory. Ogneupory 26
no.3:149-151 161. - (MIRAL 14: 10
1. Semilukskiy ogneUP01717Y 2avod.
(Semiluki-Tachhological innovations)

JEEMIYANENKO, P.P.
From industrial practices. Ogneupory 27 no.8080-381 162.
(MIRA 15:9)
1. Semilukskiy ogneupornvy zavod.
(Metal cleaning) (Glass cutting)

DEKIYANMOV P.P.
Machine for the manufactw* of swivel arze for bucket conveyors.
Ogmeupor7 28 no.5*.23!F 163. (MIFLA l6s6)
1, Somilukakiy ogneupornyy savod.
(Refinactories industry-;~Cquipsent and supplies)
(Metalvarking Machining)

zav

151'-V~SENKOP V.I., otv. red.; 11,ARKOVSKIY, Ye.A., red.; IOGJdl-T-1-1, V.S.,
red. DD-11YANIENKO, T.P., red.; D.B-TNIOVA, N.M., red.
[Use of radiation in automationj "'.sotopes and nuclear radia-
tion in science and technoloa] Rudiatsionnaia avt,:)r,.atika,
izot.opy i iadernye izluclieniia v nauke i tekhnike. Kiev,
1964. 193 p. (miRt, 1-,:8)
1. Akademiya nauk URSR, Kiev.

DEMIYANENKO T.P.: STETSENKO, V.I., kand. tekhn. nauk
~- -
Third Ukrainian Conference on "Nuclear physics and applications
of atomic energy." Avtom. i prib, no.l18l-82 JF-Mr 165.
(MA 18:8)

SOV/146-58-4-4/22
AUTHORS: Ornatskiy, F.F., Candidate of Technical Sciences, Docent
Khodeyev T K., and Deijjj!j~ Engineers
TITLE: A Sensitive, Multirange Electromagnetic Milliampere-
Voltmeter for a 93~oadened Frequency 'Band
PERIODICAL: Izvestiya vysehikh uch
?bnyk:h zavedeniy, Priborostroye-
:
niye, 1958, Nr 4, pp 1.)-25 (USSR)
ABSTRACT: Presently a rapid improvement and further development
of electrical measuring instruments of almost all sys-
t6ms is observed. However, the improvement of moving-
iron instruments in regard to sensitivity, extended
measuring and frequency ranges is advancing slowly at
the present time. Recently the Kiyev plant "Tochelek-
tropribor" developed a~ new series of class 0.5, E-59
moving-iron instruments, having increased sensitivity.
The ammeters of this series, built for current of 2.5-
1.0 amperes, have an increased frequency range. The
multirange milliammeter for 10-20-40 milliamperes and
the voltmeters of this series do not have an extended
Card 1/5 frequency range. In these devices a difference of the
t

SOIT/146-58-4-4/22
A Sensitive, Multirange Electromagnetic Milliampere-Voltmeter for
a Broadened Frequency Band
readings on direct current and on 50-cycle alternating
current is observed with uncharged values of the mag-
nitudes to be measured. The magnitude of this differ-
ence limits the sensitivity of the multirange milli-
ampere-meters and voltmeters of type E-59. The fre-
quency error of these instruments is positive and
caused by a considerable interturn oapacitance in the
tapped measuring coil. At the Kafedra izmeritellnykh
uatroystv Kiyevskogo politekhniches:Kogo instituta
(Chair of Measuring Devices of the Xiyev Polytechnic
Institute) in cooperation with the laboratory of in-
dicating instruments of the plant "Tochelektropribor",
special studies were performed for the purpose of im-
proving the parameters of class 0.5 moving-iron instru-
ments. The results of this work may be used for the
development of high-sensitive alternating current in-
struments of electromagnetic and ot'her systems for
higher frequencies. A new multirange instrument with
Card 2/5 a tapped coil was created on the basis of the E-59

SOV/146-58-4-4/22
A Sensitive, Multirange Electromagnetic Milliampere-Voltmeter for
a Broadened Frequency Band
instrument. For increasing the sensitivity of these
instruments and for reducing their current consump-
tion, above all the number of turns of the measuring
coil was inc:reased. With a larger number of turnsy
the interntwrn capacitances increased considerably,
especially the capacitance between the taps of the
measuring coil. The capacitances between the taps of
the measuring coil atta.: ned magnitudes of approximate-
ly 0.015 microfarads. The increase of internal capa-
citances led to a noticeable rise of frequency errors
of the device which were 1-1.5% even at a frequency of
50 cycles. For eliminating the errors caused by the
internal coil capacitance, a new compensating system
was suggested, which provides a high sensitivity of
the instrument while maintaining its ranges and its
universality. This circuit provides ineasurements not
only at direct current and alternating current of 50
cycles but also on alternating current up to 400 cycles
Card 3/5 in the 0.5 accuracy class. The authors consider the

SOV/'146-58-4-4/22
A Sensitive,, Multirange Blectromagnetic Mill. iampere-Vol tmeter for
a Broadened Frequency Band
frequency error of the moving-iron milliammeter in
the presence of internal capacitance and especially
in the suggested frequency compensation circuit. The
compensation of the frequency error may be performed
by means of an auxiliary coil which has a negative
frequency error, As shown, in Figure 4, the auxiliary
coil will compensate in a certain frequency range the
positive frequency error caused by parasite capacitance
in the basic instrument coil. On this basis, a meas-
uring instrument was built with the following ranges:
7.5, 15, 30 milliamperes; 30, 75, 150 V, and with ad-
ditional resistors up to 600 v inclusively. The power
required by the measuring coil in all measuring ranges
is 0.09 w. The voltage drop in the working coil with-
in -the different ranges: 30 milliamperes = 3 V; 15
milliamperes = 6 v; 7.5 milliamperes = 12 v. The im-
pedance of the voltmeter is in the following ranges:
30 v - 1,000 ohm, 75 v - 5,000 ohm; 150 v - 20,000
Card 4/5 ohm. The instrument is designed for measuring direct

SOV/146-58-4-4/22
A Sensitive, Multirange Electromagnetic Milliampere-Voltmeter for
a Broadened Frequency-Band
and alternating currents and voltages at frequencies
up to 400 cycles. The accuracy class of the instru-
ment is 0.5. The calculation and testing of the in-
strument model were performed by the student of the
Kiyev Polytechnic Institute, V.A. Demlyanenko. The
model of this device was shown at the Brussels World
Fair. Figure 7 shows a photograph of this instrument.
There are 6 diagrams and 1 photograph,.
ASSOCIATION: Kiyevskiy politekhnicheskiy institut -,Kiyev Polytech-
nic Institute) Kiyevskiy zavod "Toche-lektropribor"
(Kiyev Plant "Tochelektropribor")
SUBMITTED: June 18, 1958
Card 5/5

jjftl 1 1 11 A V.P. ("L-ii2a)
I '. " - f
Je Ema n c,wl cz Is problem for Pythagorean numbers.
mat. n,)*,,,:52-.56 '(5o OKIRA '18!10)

USSR / Soil Scienoo. Otganip- Farti]Azqrs.
.;.bs Jour: Ref Zhur-Biol., No 21, 1958, 95758.
X-tuthor : Kuzlko, F, So, Yarchuk, I. I.) DemlyanEinko, V. D.----
Inst : Kharkov University.
Title : Experiment in the USEI of Humic Fertilizers in
Khersonakaya Oblast.
Orig Pub: V. sb.: Guminovye udobreniya, Khar1kov, Kharlkovsk.
un-t, 1957, 277-261.
.i.lbstract: In 1954 anel 1955 in Khersonskaya Oblast, under
production conditions, broad tests (enrried out
on chestnut, sandy and calyey soils) of the ef-
fect of huriophos during local appliention under
potatoes, cabbage seedlings and other ve,-etabl(-.s
from a calculation of 40-50 g per Datch ?8-10 c/ha)
showed its high effectivoness under conditions of
good agricultural engineering. -- 0. P. Mikhaylova.
Card 1/1

USL;,~,/Suil ScLmco. Or,,-~unic Fortilizoro -.7-C
1.I.Is jour i1of Zhur - No 20, 1958, No 91483
"'Uthor rlz!,~i I y-mr.-ahv V.D.
Inst
'a tlo- On th-, Uso of llrshy cat as F,~rtilizor in tho S,.-oathcrn USSR.
Ori , !:V,, V sL,.: GLL,--,injN-yyc
1957, 371-374
.i.st::--ct abstract