Indeks Kumulatif: Jurnal Atom Indonesia

8/18/2019 Indeks Kumulatif: Jurnal Atom Indonesia

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JURUSAN ILMU PERPUSTAKAAN

FAKULTAS ADAB DAN HUMANIORA

UNIVERSITAS ISLAM NEGERI SYARIF HIDAYATULLAH

JAKARTA

2016

Chairida Saufatunnisa

Indriyani Tri Wahyuni

Bella Yuliani Maulidiah

Purcahyo Amri Arnanto

Iin Dwi Astuti

Bachrul Fauzi


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PENGANTAR

Puji dan syukur kami ucapkan kehadirat Allah Swt. karena atas rahmat dan

karunia-Nya, kami dapat menyelesaikan buku sederhana ini dengan judul “Indeks

Kumulatif: Jurnal Atom Indonesia”. Shalawat serta salam semoga dilimpahkan

kepada Nabi Muhammad Saw. beserta keluarga, sahabat-sahabat, dan pengikut-

pengikutnya hingga akhir hayat.

Terwujudnya buku sederhana ini, tidak terlepas dari bantuan dan bimbingan

dari berbagai pihak. Oleh karena itu, kami menyampaikan terima kasih yang tidak

terhingga kepada:

1. Ibu Siti Maryam, M.Hum., dosen Indeks dan Abstrak, yang telah ikhlas dan

penuh pengabdian memberikan ilmu dan bimbingan selama kami mengikuti

perkuliahan.

2. Teramat istimewa kepada kedua orang tua tercinta yang memberikan bantuan

baik moral maupun material.

3. Rekan-rekan seperjuangan yang telah banyak membantu selama perkuliahan

serta semua pihak yang telah membantu penyelesaian buku sederhana ini.

Buku sederhana ini terdiri dari indeks umum, indeks nama pengarang, dan

indeks kata kunci, yang mana berguna untuk mempermudah pencarian artikel-

artikel yang ada di Jurnal Atom Indonesia.

Kami menyadari bahwa buku sederhana ini masih memiliki banyak

keterbatasan dan kekurangan. Oleh sebab itu, saya mengharapkan saran dan kritik

untuk kesempurnaan buku sederhana ini. Semoga buku sederhana ini dapat

bermanfaat bagi kamu khususnya dan bagi pembaca umumnya.

Jakarta, April 2016

Penyusun


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PETUNJUK PENGGUNAAN

Adapun langkah-langkah dalam menggunakan buku indeks ini antara lain

sebagai berikut:

1. Tentukan nama pengarang atau kata kunci yang akan dicari.

2. Kemudian bukalah daftar indeks nama pengarang atau indeks kata kunci.

3.

Carilah nama pengarang atau kata kunci yang sudah ditentukan sebelumnya.

4. Setelah ketemu, lihatlah nomor entri yang ada disamping kanan nama

pengarang atau kata kunci. Nomor entri tersebut menunjukan letak dimana

nama pengarang atau kata kunci tersebut berada.

5. Carilah nomor entri tersebut di indeks umum. Di situ akan ditemukan nama

pengarang atau kata kunci yang dicari.


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DAFTAR ISI

PENGANTAR ....................................................................................................... ii

PETUNJUK PENGGUNAAN ............................................................................ iii

DAFTAR ISI ......................................................................................................... iv

INDEKS UMUM ................................................................................................... 1

INDEKS NAMA PENGARANG ....................................................................... 19

INDEKS KATA KUNCI .................................................................................... 25


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INDEKS UMUM

001

Accelerator-Driven System Analysis By Using Different Nuclear Data

Libraries (T. Sugawara, et. al.). National Nuclear Energy

Agency. Vol. 38, No. 2, hal. 71-77

Kata kunci: Transmutation, Nuclear data library, Neutronic design,

Burn-up calculation, Accelerator-driven system (ADS)

002

Analysis Of Mo Production Capacity In Uranyl Nitrate Aqueous

Homogeneus Reactor Using ORIGEN And MCNP (A. Isnaeni,

et. al.). National Nuclear Energy Agency. Vol. 40, No. 1, hal.

43-46

Kata kunci: MO, Uranyl nitrate, Homogeneus reactor, MCNP,

ORIGEN

003

Analytical Methods INAA And PIXE Applied To Characterization Of

Airborne Particulate Matter In Bandung, Indonesia (D. D.Lestiani, and M. Santoso). National Nuclear Energy Agency.

Vol. 27, No. 1, hal 52-56

Kata kunci: Elemental characterization, INAA, PIXE, Particulate

matter, Air pollution

004

Application Of Deuterium And Oxygen-18 To Trace Leachate

Movement In Bantar Gebang Sanitary Landfill (E. R.

Pujiindiyati). National Nuclear Energy Agency. Vol. 37, No. 1,

hal 76-82

Kata kunci: Bantar gebang, Isotopes, Landfill, Leachate

005Arsenic Irradiation Induced Atomic Interdiffusion Of InxGa1-xAs/InP

Quantum Well Structures (P. L. Gareso, H. H. Tan, and C.


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Jagadish). National Nuclear Energy Agency. Vol. 38, No. 3, hal.

127-130

Kata kunci: Arsenic irradiation, Atomic interdiffusion, Energy shift,

Irradition dose

006

Assessment Of Nugget Size Of Spot Weld Using Neutron

Radiography (Triyono, et. al.). National Nuclear Energy

Agency. Vol. 27, No. 1, hal 71-75

Kata kunci: Corona bond, Gadolinium oxide, Neutron radiography,

Nugget size, Spot weld

007

Assessment Of Trace Element Daily Intake Based On Consumption

Rate Of Foodstuffs In Bandung City (E. Damastuti, et. al.).

National Nuclear Energy Agency. Vol. 38, No. 1, hal. 29-34

Kata kunci: Foodstuffs, Trace element, NAA, Daily intake

008

Bacterial Protein Characterization Of Streptococcus agalactiae By

SDS-Page Method For Subclinical Mastitis Irradiated Vaccine

Materials In Dairy Cattle (B. J. Tuasikal, et. al.). National

Nuclear Energy Agency. Vol. 38, No. 2, hal. 66-70

Kata kunci: Protein characterization, Streptococcus agalactiae,

Mastitis irradiated vaccine

009

Biodistribution and Imaging of The

99m

Tc-GlutationeRadiopharmaceutical in White Rats Induced with Cancer (H.

Wongso, N. Zainudin, and Iswahyudi). National Nuclear Energy

Agency. Vol. 39, No. 3, hal. 106-111

Kata kunci: 99mTc-glutatione, Biodistribution, Imaging, Cancer, White

rats


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010

Chromatogram Profiles And Cytotoxic Acivity Of Irradiated Mahkota

Dewa (E. Katrin, Selvie, and H. Winarno). National Nuclear

Energy Agency. Vol. 37, No. 1, hal 1-4

Kata kunci: Mahkota dewa leaves, Phaleria macrocarpa, Gamma

irradiation, Cytotoxic, Leukimia, HPLC

011

Clinical Application Of Renograph IR-03 For The Hospital (R. Isaris,

et. al.). National Nuclear Energy Agency. Vol. 38, No. 2, hal.

89-98

Kata kunci: Cost analysis, Renography diagnostic, Utilization of

radioisotope

012

Comparison Of Gamma Irradiated And Raw Lignite In Bioliquefaction

Process By Fungus T5 (I. Sugoro, D. I. Astuti, et. al.). National


Kata kunci: Bioliquefaction of coal, Raw lignite, Gamma irradiated,

Fungus T5

013

Conceptual Design Study Of 13 MeV Proton Cyclotron (Silakhuddin,

and S. Santosa). National Nuclear Energy Agency. Vol. 38, No.

1, hal. 7-14

Kata kunci: Cyclotron, PET, Negative ions, Ion source, RF dee,

Magnetic system, Beam extractor

014

Coupled-Channels Analysis For Heavy-Ion Fusion Reactions Of

16O+92ZR, 144,148 Sm Systems. (M. Zamrun, and K. Hagino).


Kata kunci: Coupled-channels framework, Heavy-ion fusion reaction,

Fusion cross section, Fusion barrier distribution, Phonon

excitation


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015

Degradation Of Standard Dyes And Textile Wastewater As A

Pollutant Model Using Gamma Radiation (A. Sumartono).


Kata kunci: Dispers dyes, Basic dyes, Reactive dyes, Textile

wasterwater, Ionizing radiation

016

Design And Development Of Hand And Foot Contamination Monitor

(F. Akter, et. al.). National Nuclear Energy Agency. Vol. 40, No.

2, hal. 97-104

Kata kunci: Contamination, G-M detector, Microcontroller,

PIC12F675

017

Determination Of Informal Sector As Urban Pollution Source: Fume

Characterization Of Small-Scale Manual Metal Arc Welding

Using Factor Analysis In Bandung City (A. Nastiti, et. al.).


Kata kunci: Informal welding, Welding fume, Characterization, Factor

analysis

018

Determination Of Magnet Specification Of 13 MeV Proton Cyclotron

Based On Opera 3D (Taufik, et. al.). National Nuclear Energy


Kata kunci: Supply some 4-6 keywords, Cyclotron magnet design,

Positron emission tomography, Proton 13 MeV, Opera 3D,

Tosca

019

Development of Data Acquisition and Control Software for Neutron

Radiography Facility at Serpong, Indonesia (Bharoto). National



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Kata kunci: Neutron, Radiography, Tomography, Data acquisition,

Control, Software

020

Development Of Pyrochemical Reprocessing Of The Spent Nuclear

Fuel And Prospects Of Closed Fuel Cycle (R. Tulackova, et. al.).


Kata kunci: Pyrpchemical reprocessing, Spent nuclear fuel, Closed

fuel cycle, Molten salt reactor

021

Development Of Sorghum Tolerant To Acid Soil Using Induced

Mutation With Gamma Irradiation. (S. Human, et. al.). National


Kata kunci: Sorghum breeding, Induced mutations, Dryland, Acid soil

tolerance, Bioethanol

022

Distributing Of 137Cs In The Surface Soil Of Serpong Nuclear Site (E.

Lubis). National Nuclear Energy Agency. Vol. 27, No. 1, hal 57-61

Kata kunci: Atmospheric release, 137Cs, Serpong nuclear site, Surface

soil

023

Dose-Response Curve of Chromosome Aberrations in Human

Lymphocytes Induced by Gamma-Rays (Y. Lusiyanti, et. al.).


Kata kunci: Chromosome aberrations, Dicentric assay, Standard

calibration curve, Biodosimetry.

024

Electronic And Optimal Properties Of Aluminum Oxide Before And

After Surface Reduction By Ar+ Bombardment (D. Tahir, et.

al.). National Nuclear Energy Agency. Vol. 40, No. 2, hal. 63-

67


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Kata kunci: Sapphire, REELS, Electronic Properties, Optical

properties

025

Evaluating Genetic Variability Of Sorghum Mutant Lines Tolerant To

Acid Soil (W. Puspitasari, et. al.). National Nuclear Energy


Kata kunci: Sorghum mutant lines, Sorghum bicolor (L.) moench,

Acid soil, Genetic variability

026

Experimental Study In The Effect Of Initial Temperature On CHF In

A Vertical Annulus Narrow Channel With Bilateral Heated (M.

Juarsa, et. al.). National Nuclear Energy Agency. Vol. 27, No. 1,

hal 45-51

Kata kunci: Bilateral, Boiling curve, CHF, Temperature

027

Flow Characterization Of Vapor Phase Of Geothermal Fluid In Pipe

Using Isotope Kr And Recidence Time Distribution Modeling(S. Sugiharto, et. al.). National Nuclear Energy Agency. Vol. 40,

No. 2, hal. 89-95

Kata kunci: Geothermal, Recidence time distribution (RTD), Axial

dispersion model, Peclet number

028

Formulation of Oil-in-Water Cream from Mangosteen (Garcinia

Mangostana L.) Pericarp Extract Preserved by Gamma

Irradiation (E. Isabella, and T. Pohan). National Nuclear Energy

Agency. Vol. 39, No. 3, hal. 136-144

Kata kunci: Anti-aging cream, Mangosteen pericarp extract, Garcinia

mangostana L., Decontamination, Gamma irradiation

029Fragmentation Of Nimotuzumab For Preparation Of I-F (ab’)-

Nimotuzumab As A Precursor For Preparing I-F (ab’)-


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Nimotuzumab-NLS Radiopharmaceutical For Cancer Therapy

(R. D. Haryuni, et. al.) National Nuclear Energy Agency. Vol.

40, No. 1, hal. 13-21

Kata kunci: Fragmentation, Radiolabeling, I-F(ab’)-nimotuzumab, I-

nimotuzumab

030

Fuel Cycle Services The Heart Of Nuclear Energy (Soedyartomo

Soentono). National Nuclear Energy Agency. Vol. 33, No. 1,

hal. 1-11

Kata kunci: Fuel cycle, Nuclear energy, Green house gas emission,

NPP

031

Fuzzy Logic Application In Boron And Cadmium Analysis In U3O8

Use Of Emission Spectograph Method (S. Simbolon, et. al.).

National Nuclear Energy Agency. Vol. 37, No. 1, hal 36-43

Kata kunci: Fuzzy logic Emission spectograph, Mamdani-type,

Membership, Tringular, Trapezoidal, Generalized-bell,

Gaussian

032

Geothermal Resevoir Characterization For Steam Field Management

In Kamojang Geothermal Field-West Java. (Z. Abidin, R.

Prasetio, and Prayoto). National Nuclear Energy Agency. Vol.

35, No. 1, hal. 37-48

Kata kunci: Reservoir, TRINVI, TRCOOL, Isotope and vapor

dominated, Kamojang, Natural isotopes

033

Graft Copolymerization Of Methly Methacrylate Monomer Onto

Starch and Natural Rubber Latex Initiated By Gamma

Irradiation (S. Iskandar). National Nuclear Energy Agency. Vol.

37, No. 1, hal 24-28


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Kata kunci: Copolymerization, Starch, Methly methacrylate, Natural

rubber latex

034

Hybrib Weakness Found In the Backcroos Progeny Of An Inter-

Specific Cross Of Oryza Sativa / O. Glumaepatula. ( Sobrizal,

A., and Yoshimura). National Nuclear Energy Agency. Vol. 35,

No. 1, hal. 49- 56

Kata kunci: Hybrid weakness, Inter-specific cross, Genetic map, Rice

035

IAEA Safety Standards On Management Systems And Safety Culture

(Kerstin Dahlgren Persson). National Nuclear Energy Agency.

Vol. 33, No. 1, hal. 13-21

Kata kunci: Safety standards, Safety culture, Management system

036

In-vitro Degradation Behaviour Of Irradiated Bacterial Cellulose

Membrane (D. Darwis, et. al.). National Nuclear Energy


Kata kunci: Bacterial cellulose, Acetobacter xylinum, Guided bone

regeneration, In-vitro degradation

037

Irradiation Effect of Argon Ion on Interfacial Structure Fe (2nm)/Si

(tsi=0.5-2 nm) Multilayer Thin Film (S. Purwanto). National

Nuclear Energy Agency. Vol. 36, No. 1, hal. 37.41

Kata kunci: Fe/Si multilayer, Antiferromagnetic coupling (AFC),Argon ion irradiation

038

Labeling Of The Recombinant Streptokinase Using lodine-131 As A

New Thrombolytic Agent (I. Daruwati, et. al.). National Nuclear

Energy Agency. Vol. 38, No. 3, hal. 106-111

Kata kunci: Streptokinase, labeling, 131I, Thrombolytic agent


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039

Linacs For Medical Isotope Production (A. Pramudita). National

Nuclear Energy Agency. Vol. 27, No. 1, hal 1-4

Kata kunci: Electron linacs, Proton linacs, Photonuclear, Photofission,

Medical radiosotope

040

Magnetic Properties And Magnetocaloric Effect In Layered

NdMn1.9Ti0.1Si2 (M. F. Md Din, et. al.). National Nuclear


Kata kunci: Neutron diffraction, X-ray diffraction, Magnetocaloric

effect, First order magnetic transition, Small hysteresis issue

041

Measurements Of Residual Streeses In Cold-Roded 304 Stainless Steel

Plates Using X-ray Diffraction With Rietveld Refinement

Menthol. (Parikin, P. Killen, and A. Rafterry). National Nuclear


Kata kunci: 304 stainlees steel, Cold rolling, X-ray diffraction,

Rietveld refinement method, Residual stress

042

Measuring The BNF Of Soybean Using 15 N-Labelled Urea With

Different Atom Excess (A.E.) Content (A. Citraresmini, H.

Halim, and E. L. Sisworo). National Nuclear Energy Agency.

Vol. 38, No. 3, hal. 131-137

Kata kunci: BNF, Soybean, 15 N, Atom excess, Urea

043

Micronutrient Daily Intake Of Elementary School Children In

Bandung As Determined By Using NAA And AAS Methods (E.

Damastuti, et. al.). National Nuclear Energy Agency. Vol. 37,

No. 1, hal 62-70

Kata kunci: Daily intake, Deficiency, Elementary school children,

Micronutrient


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044

Model Validation Of Radiocaesium Transfer From Soil To Leafy

Vegetables (P. Sukmabuana, and P. I. Tjahaja). National


Kata kunci: Radiocaesium, 134Cs, Soil, Seinach, Morning glory, Soil-

plant transfers model

045

Modification of Biodegradable Polyesters Using Electron Beam (M.

Suhartini). National Nuclear Energy Agency. Vol. 39, No. 3, hal.

129-135

Kata kunci: Poly (4-Hydroxybutirat), Poly ( -caprolactone), Poly

(butylene succinate-co-adipate), Electron beam, Polyfunctional

monomer

046

Modified Starch Of Sorghum Mutant Line 2h-30 For High Fiber

Muffin Products (D. D. S. Santosa). National Nuclear Energy


Kata kunci: Sorghum mutant line, Starch, High fiber muffin, Baked

good

047

Monte-Carlo Simulation Of γ-ray and Fast Neutron Radiolysis Of

Liquid Water nd 0.4 M H2SO4 Solutions At Temperatures Up To

3250C (G. R. Sunaryo, M. Jintana, and J. P. J. Gerin). National

Nuclear Energy Agency. Vol. 37, No. 1, hal 29-35

Kata kunci: Monte-carlo, γ-Radiolysis, Fast neutrons

048

Natural Radioactivity In Some Food Crops from Bangka-Belitung

Islands, Indonesia (Syarbaini, A. Warsona, and D. Iskandar).


Kata kunci: Natural Radioactivity, Food crops, Annual intake,

Ingestion dose, Annual dose


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059

Neutron Diffraction Study On The Magnetic Structure Of Pr 6Fe13Sn.

(Suharyana, J. M. Cadogan, and Agitta Rianaris). National


Kata kunci: Rare-earth intermetallics, Neutron diffraction,

Antiferomanetic, Pr 6Fe13Sn

050

Non-destructive Residual Stress Analysis Around The Weld-Joint of

Fuel Cladding Materials of ZrNbMoGe Alloys (Parikin, et. al.).


Kata kunci: ZrNbMoGe Alloys, Welding, Residual stresses, X-ray

diffraction

051

On the Temperature Dependence of the Rate Constant of two Hydrate

Electrons (S. L. Butarbutar, et. al.). National Nuclear Energy


Kata kunci: Water radiolysis, High temperature, Self-reaction of the

hydrated electron, Rate constant, Yield of H2, Linear energy

transfer (LET), Monte carlo track chemistry calculations

052

On-line Diagnosing On Trayed Column Of Etylene Plant Using

Gamma Ray Scanning (S. Sugiharto). National Nuclear Energy

Agency. Vol. 38, No. 3, hal. 138-146

Kata kunci: Gamma-ray scanning, Trayed column, Liquid flooding,

60Co, Ethylene plant

053

Physicochemical and Biological Analysis of 99mTc-Gluthation

Radiopharmaceuticals (M. E. Sriyani, and N. Zainudin).


Kata kunci: Analysis, Lyophilized-kit, Glutathione, 99mTc


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054

Piping Flexibility Analysis If The Primary Cooling System Of TRIGA

2000 Bandung Rector Due To Earthquake (H. P. Rahardjo).


Kata kunci: Cooling system, Earthquake, Fault, Piping, Reactors

055

Preparation Of Sulfonated Poly (Ethylene-co-tetrafluoroethylene-

graft-styrene) Based Polymer Electrolyte Membranes For Fuel

Cell By Using Gamma Irradiation Technique (A. Suliwarno).


Kata kunci: ETFE, Graftirra diation, Styrene, Electrolyte, Membrane,

Fuel cell

056

Prospect On Desalination And Other Non-Electric Applications Of

Nuclear Energy In Indonesia (Geni Rina Sunaryo). National


Kata kunci: Desalination, Nuclear power plant (NPP), HTGR

057

Radiation-Induced DNA Double Strand Breaks And Their

Modulations By Treatments With Moringa oleifera Lam. Leaf

Extracts: A Cancer Cell Culture Model (K. Boonsirichal, and S.

Jetawattana). National Nuclear Energy Agency. Vol. 40, No. 1,

hal. 7-12

Kata kunci: Gamma radiation, MCF-7, DNA double strand breaks,

H2AX, Antioxidant, Moringa oleifera

058

Radio Proctective Effects Of Ginseng Extract In Gamma-Rays

Induced Chromosomal Damages Of Human Lymphocyte (M.

Syaifudin, et. al.). National Nuclear Energy Agency. Vol. 34,

No. 1, hal. 45-58


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Kata kunci: Radio protective effect, Ginseng extract, Gamma-rays,

Human lymphocyte

059

Radiological Protection of the Environment and its Implementation

into IAEA Safety Standards (D. Telleria, and G. Proehl).


Kata kunci: Radiological protection, Environment, Reference animals

and plants, Flora and fauna protection, Ecosystems protection

060

Radiometric Mapping For Naturally Occurring Radioactive Materials

(NORM) Assessment In Mamuju, West Sulawesi (H. Syaeful, I.

G. Sukadana, and A. Sumaryanto). National Nuclear Energy


Kata kunci: NORM, Mamuju, Thorium, Uranium, Radiometric

061

Recent Development of SANS BATAN Spectrometer (SMARTer) in

Serpong for Simultaneous and Automatic Measurements (E. G.R. Putra, et. al.). National Nuclear Energy Agency. Vol. 39, No.

3, hal. 145-150

Kata kunci: SANS spectrometer, Programmable motor controller, Data

acquisition, In situ experiment

062

Reduction Of Radioactive Waste Through The Reuse And Recycle

Policy Of The Sealed Radioactive Sources Management (T.

Marpaung). National Nuclear Energy Agency. Vol. 38, No. 2,

hal. 57-65

Kata kunci: Reduce, Reuse, Recycle, Scaled source, Spent sealed

source, DSRS, Radioactive waste


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063

Reliability Study Of The AP1000 Passive Safety System By Fuzzy

Approach (J. H. Purba, and D. T. Tjahyani). National Nuclear


Kata kunci: Fuzzy reliability approach, Failure possibility, Triangular

fuzzy numbers, Passive safety system, AP1000

064

Reliability Study Of The Liquid Target Chamber For 18F Production

At The BATAN’s Cyclotron Facilities (I. Kambali, et. al.).


Kata kunci: Reliability study, Liquid target chamber, 18F production,

Proton irradiation, Cyclotron, 18O-enriched water target, Heat

transfer coefficient

065

Separation Of Radiocopper 64/67Cu From The Matrix Of Neutron-

Irradiated Natural Zinc Applicable For 64Cu Production (S.

Soenarjo, et. al.). National Nuclear Energy Agency. Vol. 38, No.

1, hal. 15-21

Kata kunci: Radioisotope 64Cu, Nuclear reaction of 642n (n,p) 64Cu,

Radionuclidic separation of 64Cu, Neutron irradiation of natural

Zn, Molecular-targeted-radiopharmaceutical

066

Solution of Dirac Equation for q-Deformed Eckart Potential with

Yukawa-type Tensor Interaction for Spin and Pseudospin

Symmetry Using Romanovski Polynomial (A. Suparmi, and C.

Cari). National Nuclear Energy Agency. Vol. 39, No. 3, hal.

112-123

Kata kunci: Dirac equation Solution, Q-deformed eckart potential,

Yukawa-type tensor, Spin symmetry, Pseudospin symmetry,

Romanovski polynomials


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067

Sonolytic Oxidation Of Tc (IV) O2nH2O Nanoparticles To Tc (VII) O

In Aqueos Solution. (M. Zakir, and T. Sekine). National Nuclear


Kata kunci: Tc-nanoparticle, Sonolytic, Tc (IV), Tc (VII)

068

Spectroscopic Studies Of Soft X-Ray Emission From Gadolinium

Plasmas (I. Kambali, and G. O’Sullivan). National Nuclear


Kata kunci: Spectroscopy, Laser-produced plasmas, Soft x-ray

emission, Unresolved-transition arrays (UTA), Atomic spectra

069

Stopping Powers And Inelastic Mean Free Patch Of 100 eV To 30 keV

Electrons In Zirconium Silicates (D. Tahir, et. al.). National


Kata kunci: REELS, ELF, SP, IMFP, Ziconium-silicates

070

Study Of 99mTc Pertechnetate Radiopharmaceuticals In Relation To

Thyroid Hormone For Toxic And Non-Toxic Diffuse Goiter (N.

P. Viantri, et. al.). National Nuclear Energy Agency. Vol. 38,

No. 1, hal. 22-28

Kata kunci: Diffuse goiter, Thyroid gland, Salivary glands, Thyroid

scan, Thyroid hormones

071

Surface Roughness And Grain Size Characterization Of Annealing

Temperature Effect For Growth Gallium and Tantalum Doped

Ba0,5 Sr 0.5 TiO3 Thin Film. (H. Darmasetiawan, et. al.). National


Kata kunci: BGST, BTST, Thin film, SCD method, AFM, Roughness,

Grain size


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072

Synthesis and Characterization of Graft Copolymer Rice Straw

Cellulose-Acrylamide Hydrogels Using Gamma Irradiation (D.

Swantomo, et. al.). National Nuclear Energy Agency. Vol. 39,

No. 2, hal. 57-64

Kata kunci: Rice straw cellulose, Acrylamide, Graft copolymerization,

Gamma irradiation, Kinetics.

073

Synthesis And Characterization Of Poly (Amidoamine) Dendrimers

Encapsulated198Au Nanoparticles (R. Ritawidya, et. al.).


Kata kunci: 198Au nanoparticles, PAMAM G3.0 dendrimers, Size

exclusion chromatography, Transmission electron microscopy

(TEM)

074

Synthesis Of 125l Labeled Estradiol-17β-Hemisuccinate And Its

Binding Study to Estrogen Receptors Using Scintillation

Proximity Assay Method (Y. Susilo, et. al.). National Nuclear


Kata kunci: Indirect labeling, Estrogen receptor, Estradiol,

Scintillation proximity assay, Binding affinity, MCF7

075

Synthesis of Sulochrin- I and Its Binding Affinity As a-Glucosidase

Inhibitor Using Radioligand Binding Assay (RBA) Method (W.

Lestari, et. al.). National Nuclear Energy Agency. Vol. 40, No.

1, hal. 23-27

Kata kunci: a-glucosidase inhibitor, Radioligand binding assay,

Sulochrin, Sulochirin-I

076The Contribution Of Azolla And Urea In Lowland Rice Growth

Production For Three Consecutive Seasons (E. L. Sisworo, et.


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al.). National Nuclear Energy Agency. Vol. 34, No. 1, hal. 21-

34

Kata kunci: Azolla, Urea, Lowland rice

077

The Effect Of Urea Molasses Multi-Nutrient And Medicated Block

For Beef Cattle, Beef And Dairy Cow (Suharyono, et. al.).


Kata kunci: UMMB, Protein, Tracer, Medicated, Herbal, Anthelmintic

078

The Measurements Of Calcification Rates In Reef Corals Using

Radiosotope 43Ca At Pongok Sea, South Bangka (G. Diansyah,

et. al.). National Nuclear Energy Agency. Vol. 27, No. 1, hal 11-

16

Kata kunci: Calcification rates, Reef coral, 15Ca, Pongok sea

079

The Performance Of Fine Resolution Neutron Powder Diffractometer

At PTBIN-BATAN. (A. Fajar, and H. Mugiraharjo). National


Kata kunci: Neutron powder diffraction, Resolution, Crystal structure,

Rietveld profile fitting

080

The Preliminary Prototype of Medium Dose Rate Brachytherapy

Equipment (A. Satmoko, et. al.). National Nuclear Energy


Kata kunci: Brachytherapy, Prototype, Design, Construction, Medium

dose rate

081

The Reevaluation Of MIBI As The Ligand Of 99mTc-MIBI

Radiopharmaceutical For Myocardial Imaging (Nurlaila Z., and

I. Daruwati). National Nuclear Energy Agency. Vol. 34, No. 1,

hal. 35-44


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18

Kata kunci: Radiopharmaceutical, MIBI, 99mTc, Myocardial imaging

082

The Role Of Nuclear Diplomacy (Samodra Sriwidjaja). National


Kata kunci: Nuclear diplomacy, Non-proliferation treaty, CTBT, NPP

083

The use of 32P Method to Evaluate Growth of Lowland Rice Cultivated

in a System of Rice Intensification (SRI) (A. Citraresmini, I.

Anas, and Nurmayulis). National Nuclear Energy Agency. Vol.

39, No. 2, hal. 88-94

Kata kunci: System of rice intensification, Phosphorus, 32P, Planting

system, Plant growth

084

Tunneling Magnetoresistance (TMR) On Fe-Al2O3 Nano Granular

Film Growth By Helicon Plasma Sputtering (S. Purwanto).


Kata kunci: Nanogranular thin film, Helicon plasma sputtering,

Tunneling magnetoresistance, Conversion electron mossbauer

spectroscopy, Rutherford back scattering (RBS)


23/37

19

INDEKS NAMA PENGARANG

A

A. Agus, 077

A. Ariyanto, 074, 075

A. Bahtiar, 029

A. Citraresmini, 042, 083

A. Djawanas, 078

A. Fajar, 079

A. H. Ismoyo, 050

A. Hanafiah, 038

A. Hermanto, 018

A. Isnaeni, 002

A. Mutalib, 029, 073

A. Nastiti, 017

A. Pramudita, 039

A. Pujiyanto, 073

A. Rafterry, 041

A. Satmoko, 080

A. Suliwarno, 055

A. Sumartono, 015

A. Sumaryanto, 060

A. Suparmi,066

A. Warsona, 048

A. Yani, 027

A. Yanuar, 073, 074, 075

A. Yoshimura, 034

Achdiyat, 027

Agitta Rianaris, 049

Aryadi, 031

B

B. Azmi, 027

B. J. Tuasikal, 008

Bandriyana, 050

Bharoto, 019, 061

C

C. Anam, 070

C. Cari, 066

C. Jagadish, 005

C. N. Ardiyanto, 029, 074

C. Varuna, 070

Chang-Mo Kang, 058

D

D. D. Lestiani, 003, 007

D. D. S. Santosa, 046

D. Darwis, 036

D. Haffid, 029

D. I. Astuti, 012


24/37


25/37

21

H. Wongso, 009

Hambali, 065

Haryanto, 076

I

I. Anas, 083

I. Daruwati, 038, 081

I. G. Sukadana, 060

I. Kambali, 064, 068

I. M. Putra, 080

I. Sugoro, 012

I. W. T. Wibawan, 008

I. Wahyono, 050

Idawati, 076

Indarto, 028

Iswahyudi, 009

J

J. H. Purba, 063

J. L. Wang, 040

J. M. Cadogan, 059

J. Meesungnoen, 051

J. P. J. Gerin, 047

J. P. Jay-Gerin, 051

J. Sumanto, 011

Jamasri, 006

Jan Uhlir, 020

Jie-Young Song, 058

K

K. Boonsirichal, 057

K. Chuchvalcova-Bimova, 020

K. Hagino, 014

K. Nishihara, 001

K. Oginawati, 017

K. T. Basuki, 072

K. Tsujimoto, 001

Kerstin Dahlgren Persson, 035

Kristiyani, 080

Kushartono, 027

L

L. B. Kardono, 073

L. B. S. Kardono, 074, 075

L. Hardiningsih, 036

L. Mirsaleh Kohan, 051

M

M. A. Idris, 071

M. A. S. Haque, 016

M. E. Sriyani, 053

M. F. Md Din, 040

M. Hasan, 016


26/37

22

M. Hikam, 071

M. Hoq, 016

M. Jintana, 047

M. Juarsa, 026

M. Lubis, 023

M. Marecek, 020

M. N. Ilman, 006

M. Precek, 020

M. Ramli, 029, 073

M. Rasyid, 076

M. S. Aljohani, 002

M. Santoso, 003, 007, 017, 043

M. Suhartini, 045

M. Syaifudin, 056

M. Zakir, 067

M. Zamrun, 014

Martanti, 077

Mujinah, 073

N

N. H. Sari, 069

N. P. Viantri, 070

N. Putra, 026

N. Suparno, 061

N. Zainudin, 009, 053

Nurlaila Z., 081

Nurmayulis, 083

P

P. Aditiawati, 012

P. Anggraita, 018

P. Arifin, 071

P. Bagaswoto, 011

P. I. Tjahaja, 044

P. Killen, 041

P. L. Gareso,005

P. Sukmabuana, 044

P. Widayati, 074, 075

Parikin, 041, 050

Prayoto, 032

R

R. A. Koestoer, 026

R. D. Haryuni, 029

R. Isaris, 011

R. Prasetio, 032

R. Ritawidya, 073

R. Soekrisno, 006

R. Sudiyo, 072

R. Tulackova, 020

R. Utomo, 077


27/37

23

Rajiman, 064

Rochmadi, 072

S

S. Darwati, 074

S. Estuningsih, 008

S. Habsari, 026

S. Hermanto, 029

S. Human, 021, 025

S. I. Bhuiyan, 002

S. Ichwan, 064

S. Iskandar, 033

S. J. Campbell, 040

S. Jetawattana, 057

S. Kurniawati, 043

S. L. Butarbutar, 051

S. N. Nujoh, 071

S. Purnami, 023

S. Purwanto, 037, 084

S. Sanguanmith, 051

S. Santosa, 013, 018

S. Setiyowati, 074, 075

S. Simbolon, 031

S. Soenarjo, 029, 065

S. Sugiharto, 027, 052

S. Taking, 071

S. Tougaard, 024

S. X. Dou, 040

Sainun, 061

Samodra Sriwidjaja, 062

Santoso, 061

Selvie, 010

Sihono, 021

Silakhuddin, 013

Sobrizal, 034

Soedyartomo Soentono, 030

Sriyono, 065

Suarga, 069

Suharni, 011

Suharyana, 059

Suharyono, 077

Sungkono, 021

Supriyono, 031

Sutari, 074

Sutiarso, 006

Syarbaini, 048

T

T. G. Aboalfaraj, 002

T. Harjanto, 080


28/37

24

T. Heryanto, 064

T. Khusniya, 036

T. Marpaung, 062

T. Pohan, 028

T. Rahardjo, 031

T. Sekine, 067

T. Sugawara, 001

T. Suryantoro, 027

T. Z. Ulqordy, 078

Taufik, 018

Tri Koesoemaningtyas, 021

Trikoesoemaningtyas, 025

Triningsih, 074

Triningsing, 075

Triyanto, 065

Triyono, 006

Ts. Zolbadral, 001

V

V. A. Suvifan, 023

V. Y. Susilo, 029, 075

W

W. D. Ariyani, 043

W. Lestari, 074, 075

W. Puspitasari, 025

W. Setiabudi, 070

W. Y. N. Syahfitri, 007, 043

W. Y. Rahman, 065

Wibisono, 027

Witarti, 073

Y

Y. Harahap, 029

Y. Lusiyanti, 023

Y. Muraya, 051

Y. Purwanti, 077

Y. Susilo, 074

Yulianti, 069

Yun-Sil Lee, 058

Z

Z. Abidin, 027, 032

Z. Alatas, 023

Z. Jamal, 071


29/37

25

INDEKS KATA KUNCI

A

198Au nanoparticles, 073

Accelerator-driven system (ADS),

001

Acetobacter xylinum, 036

Acid soil, 025

Acid soil tolerance, 021

Acrylamide, 072

AFM, 071

A-glucosidase inhibitor, 075

Air pollution, 003

Analysis, 053

Annual dose, 048

Annual intake, 048

Anthelmintic, 077

Anti-aging cream, 028

Antiferomanetic, 059

Antiferromagnetic coupling (AFC),037

Antioxidant, 057

AP1000, 063

Argon ion irradiation, 037

Arsenic irradiation, 005

Atmospheric release, 022

Atom excess, 042

Atomic interdiffusion, 005

Atomic spectra, 068

Axial dispersion model, 027

Azolla, 076

B

Bacterial cellulose, 036

Baked good, 048

Bantar gebang, 004

Basic dyes, 015

Beam extractor, 013

BGST, 071

Bilateral, 026

Binding affinity, 074

Biodistribution, 009

Biodosimetry, 023

Bioethanol, 021

Bioliquefaction of coal, 012

BNF, 042

Boiling curve, 026

Brachytherapy, 080

BTST, 071

Burn-up calculation, 001


30/37

26

C

15Ca, 078

60Co, 052

134Cs, 044

137Cs, 022

Calcification rates, 078

Cancer, 009

Characterization, 017

CHF, 026

Chromosome aberrations, 023

Closed fuel cycle, 020

Cold rolling, 041

Construction, 080

Contamination, 016

Control, 019

Conversion electron mossbauer

spectroscopy, 084

Cooling system, 054

Copolymerization, 033

Corona bond, 006

Cost analysis, 011

Coupled-channels framework, 014

Crystal structure, 079

CTBT, 082

Cyclotron, 013, 064

Cyclotron magnet design, 018

Cytotoxic, 010

D

Daily intake, 007, 043

Data acquisition, 019, 061

Decontamination, 028

Deficiency, 043

Desalination, 056

Design, 080

Dicentric assay, 023

Diffuse goiter, 070

Dirac equation solution, 066

Dispers dyes, 015

DNA double strand breaks, 057

Dryland, 021

DSRS, 062

E

Earthquake, 054

Ecosystems protection, 059

Electrolyte, 055

Electron beam, 045

Electron linacs, 039

Electronic properties, 024

Elemental characterization, 003


31/37

27

Elementary school children, 043

ELF, 062

Energy shift, 005

Environment, 059

Estradiol, 074

Estrogen receptor, 074

ETFE, 055

Ethylene plant, 052

F

18F production, 064

Factor analysis, 017

Failure possibility, 063

Fast neutrons, 047

Fault, 054

Fe/Si multilayer, 037

First order magnetic transition, 040

Flora and fauna protection, 059

Food crops, 048

Foodstuffs, 007

Fragmentation, 029

Fuel cell, 055

Fuel cycle, 030

Fungus T5, 012

Fusion barrier distribution, 014

Fusion cross section, 014

Fuzzy logic Emission spectograph,

031

Fuzzy reliability approach, 063

G

Gadolinium oxide, 006

Gamma irradiated, 012

Gamma irradiation, 010, 028, 072

Gamma radiation, 057

Gamma-ray scanning, 052

Gamma-rays, 058

Garcinia mangostana L., 028

Gaussian, 031

Generalized-bell, 031

Genetic map, 034

Genetic variability, 025

Geothermal, 027

Ginseng extract, 058

Glutathione, 053

G-M detector, 016

Graft copolymerization, 072

Graftirra diation, 055

Grain size, 071

Green house gas emission, 030


32/37

28

Guided bone regeneration, 036

H

H2AX, 057

Heat transfer coefficient, 064

Heavy-ion fusion reaction, 014

Helicon plasma sputtering, 084

Herbal, 077

High fiber muffin, 046

High temperature, 051

Homogeneus reactor, 002

HPLC, 010

HTGR, 056

Human lymphocyte, 058

Hybrid weakness, 034

I

131I, 038

I-F(ab’)-nimotuzumab, 029

Imaging, 009

IMFP, 069

In situ experiment, 061

In-vitro degradation, 036

INAA, 003

Indirect labeling, 074

Induced mutations, 021

Informal welding, 017

Ingestion dose, 048

I-nimotuzumab, 029

Inter-specific cross, 034

Ion source, 013

Ionizing radiation, 015

Irradition dose, 005

Isotope and vapor dominated, 032

Isotopes, 004

Kamojang, 032

Kinetics, 072

L

Labeling, 038

Landfill, 004

Laser-produced plasmas, 068

Leachate, 004

Leukimia, 010

Linear energy transfer (LET), 051

Liquid flooding, 052

Liquid target chamber, 064

Lowland rice, 076

Lyophilized-kit, 053

M

Magnetic system, 013


33/37

29

Magnetocaloric effect, 040

Mahkota dewa leaves, 010

Mamdani-type, 031

Mamuju, 060

Management system, 035

Mangosteen pericarp extract, 028

Mastitis irradiated vaccine, 008

MCF7, 074

MCF-7, 057

MCNP, 002

Medical radiosotope, 039

Medicated, 077

Medium dose rate, 080

Membership, 031

Membrane, 055

Methly methacrylate, 033

MIBI, 081

Microcontroller, 016

Micronutrient, 043

MO, 002

Molecular-targeted-

radiopharmaceutical, 065

Molten salt reactor, 020

Monte carlo track chemistry

calculations, 051

Monte-carlo, 047

Moringa oleifera, 057

Morning glory, 044

Myocardial imaging, 081

N

15 N, 042

NAA, 007

Nanogranular thin film, 084

Natural isotopes, 032

Natural Radioactivity, 048

Natural rubber latex, 033

Negative ions, 013

Neutron, 019

Neutron diffraction, 040, 059

Neutron irradiation of natural Zn, 065

Neutron powder diffraction, 078

Neutron radiography, 006

Neutronic design, 001

Non-proliferation treaty, 082

NORM, 060

NPP, 030, 082

Nuclear data library, 001

Nuclear diplomacy, 082

Nuclear energy, 030


34/37

30

Nuclear power plant (NPP), 056

Nuclear reaction of64

2n (n,p)64

Cu,

065

Nugget size, 006

O

18O-enriched water target, 064

Opera 3D, 018

Optical properties, 024

ORIGEN, 002

P

32P, 083

PAMAM G3.0 dendrimers, 073

Particulate matter, 003

Passive safety system, 063

Peclet number, 027

PET, 013

Phaleria macrocarpa, 010

Phonon excitation, 014

Phosphorus, 083

Photofission, 039

Photonuclear, 039

PIC12F675, 016

Piping, 054

PIXE, 003

Plant growth, 083

Planting system, 083

Poly (4-Hydroxybutirat), 045

Poly (butylene succinate-co-adipate),

045

Poly (-caprolactone), 045

Polyfunctional monomer, 045

Pongok sea, 078

Positron emission tomography, 018

Pr 6Fe13Sn, 059

Programmable motor controller, 061

Protein, 077

Protein characterization, 008

Proton 13 MeV, 018

Proton irradiation, 064

Proton linacs, 039

Prototype, 080

Pseudospin symmetry, 066

Pyrpchemical reprocessing, 020

Q

Q-deformed eckart potential, 066

R

γ-Radiolysis, 047

Radio protective effect, 058


35/37

31

Radioactive waste, 062

Radiocaesium, 044

Radiography, 019

Radioisotope 64Cu, 065

Radiolabeling, 029

Radioligand binding assay, 075

Radiological protection, 059

Radiometric, 060

Radionuclidic separation of 64Cu, 065

Radiopharmaceutical, 081

Rare-earth intermetallics, 059

Rate constant, 051

Raw lignite, 012

Reactive dyes, 015

Reactors, 054

Recidence time distribution (RTD),

027

Recycle, 062

Reduce, 062

Reef coral, 078

REELS, 024, 069

REELS

Reference animals and plants, 059

Reliability study, 064

Renography diagnostic, 011

Reservoir, 032

Residual stress, 041

Residual stresses, 050

Resolution, 079

Reuse, 062

RF dee, 013

Rice, 034

Rice straw cellulose,072

Rietveld profile fitting, 079

Rietveld refinement method, 041

Romanovski polynomials, 066

Roughness, 071

Rutherford back scattering (RBS),

084

S

304 stainlees steel, 041

Safety culture, 035

Safety standards, 035

Salivary glands, 070

SANS spectrometer, 061

Sapphire, 024

SCD method, 071

Scintillation proximity assay, 074


36/37

32

Scaled source, 062

Seinach, 044

Self-reaction of the hydrated electron,

051

Serpong nuclear site, 022

Size exclusion chromatography, 073

Small hysteresis issue, 040

Soft x-ray emission, 068

Software, 019

Soil, 044

Soil-plant transfers model, 044

Sonolytic, 067

Sorghum bicolor (L.) moench, 025

Sorghum breeding, 021

Sorghum mutant line, 025

Sorghum mutant lines, 046

Soybean, 042

SP, 069

Spectroscopy, 068

Spent nuclear fuel, 020

Spent sealed source, 062

Spin symmetry, 066

Spot weld, 006

Standard calibration curve, 023

Starch, 033, 046

Streptococcus agalactiae, 008

Streptokinase, 038

Styrene, 055

Sulochirin-I, 075

Sulochrin, 075

Supply some 4-6 keywords, 018

Surface soil, 022

System of rice intensification, 083

T

99mTc, 053, 081

99mTc-glutatione, 009

Tc (IV), 067

Tc (VII), 067

Tc-nanoparticle, 067

Temperature, 026

Textile wasterwater, 015

Thin film, 071

Thorium, 060

Thrombolytic agen, 038

Thyroid gland, 070

Thyroid hormones, 070

Thyroid scan, 070

Tomography, 019


37/37

Tosca, 018

Trace element, 007

Tracer, 077

Transmission electron microscopy

(TEM), 073

Transmutation, 001

Trapezoidal, 031

Trayed column, 052

TRCOOL, 032

Triangular fuzzy numbers, 063

Tringular, 031

TRINVI, 032

Tunneling magnetoresistance, 084

U

UMMB, 077

Unresolved-transition arrays (UTA),

068

Uranium, 060

Uranyl nitrate, 002

Urea, 042, 076

Utilization of radioisotope, 011

W

Water radiolysis, 051

Welding, 050

Welding fume, 017

White rats, 009

X

X-ray diffraction, 040, 041, 050

Yield of H2, 051

Yukawa-type tensor, 066

Z

Ziconium-silicates, 069

ZrNbMoGe alloys, 050

Documents

Indeks Kumulatif: Jurnal Atom Indonesia