FMIPA – UNIVERSITAS RIAU

Menu
  • Home
  • Fakultas
    • Visi Misi Fakultas
    • Pimpinan Fakultas
    • Akreditasi Prodi
    • Struktur Organisasi
  • Jurusan
    • Ilmu Komputer
      • D3 Manajemen Informatika
      • S1 Sistem Informasi
    • Matematika
      • S1 Statistika
      • S1 Matematika
      • S2 Matematika
    • Kimia
      • S1 Kimia
      • S2 Kimia
      • S3 Kimia
    • Fisika
      • S1 Fisika
      • S2 Fisika
    • Biologi
      • S1 Biologi
    • Sarjana
    • Magister
    • Doktor
  • Akademis
    • Karya Ilmiah Calon Guru Besar
      • Dr. Saktioto, M. Phil
        • Simulasi Fiber Coupler Kombinasi Serat Moda Tunggal dan Serat Kisi Bragg untuk Komponen Sensor Optik
          • An Investigation of a Pulsed Nd: YAG Laser Welding Technique
          • An Advanced Technique of Fabricating Multi Silica Directional Fiber Coupler
          • Dynamic Silicon Dioxide Fiber Coupling Polarized by Voltage Breakdown
          • Light Intensity Trapped on Linier Cross Section of 1X5 Monolithic Fiber Couplers
          • Numerical Studies of Magnetik Field Dynamics in Hemispherical Electrodes Plasma Focus
          • Effect of Separation Length on Dual Fibre Bragg Gratings
          • Pengembangan Aplikasi Sistem Spektroskopi, Interferometer, Holografi, dan Perangkat Serat Optik
          • Laser Welding Characterization of Kovar and Stanless Steel Alloys as Suitable Materials for Components of Photonic Devices Packaging
          • Design and Characteristics of MXN Switch Single Mode Fiber Coupler
            • Linear and Triangle Order of NX3 Optical Directional Couplers: Variation Coupling Coefficient
              • Performance of High Power Double-Clad YB-Doped Fiber Laser At Low Reflectivity
              • Growth Dynamics and Characteristics of Fabricated Fiber Bragg Grating Using Phase Mask Method
              • Simplified Coupling Power Model for Fiber Fusion
              • Optical Fiber Technology- Nonlinear
                • Breakdown Voltage Investigation of Fusion SiO2 Optical Coupler Switch Using Pockel Effect Model
                • Characterization of Coupling Power for Single-Mode Fiber Fusion
                • Development of Single Mode Fibre Coupling Coefficient using Kinetic Model
                • Proposal for Alzheimer’s diagnosis using molecular buffer and bus network
                • Photon Trapping Model Within a Fiber Bragg Grating for Dynamic Optical Tweezers Use
                • Novel Design of Multiplexed Sensors Using a Dual FBGs Scheme
                  • A Reliable Nd:YAG Laser Welded Stainless Steel 304 for Photonics Device Packaging Application
                  • Nd:YAG Laser Welding of Stainless Steel 304 for Photonics Device Packaging
                  • Graphite Thin Film Deposition Using Laser Induced Plasma
                  • Development Of FBG Sensing System for Outdoor Temperature Environment
                    • Radiation Self Absorption Effect in Ar Gas NX2 Mather Type Plasma Focus
                    • Estimation of Coupling Parameters for Auto-Motorized Fabrication of Fused Fiber Coupler
                    • Gold nanoparticle trapping and delivery for therapeutic application
                    • Generation of THz Frequency Using PANDA Ring Resonator for THz Imaging
                    • Acne Vulgarism Treatment using Ultra-Short Laser Pulse Generated by Micro and Nano-Ring Resonator System
                    • Birefringence Analysis of Directional Fiber Coupler Induced by Fusion and Coupling Parameter
            • Nonlinear Parametric Study of Photon in a Fibre Bragg Grating
              • Ultra-short Laser Pulse Generated by a Microring Resonator System for Cancer Cell Treatment
              • An Optimum Design of Fused Silica Directional Fiber Coupler
              • Formation of Multi-Walled carbon Nanotubes And Graphene in Methane arc Discharge Plasma
              • Laser-Induced Graphite Plasma Kinetic Spectroscopy Under Different Ambient Pressures
              • A Single Eye 3D Image perception Device Using Vertical Double Ring Resonator Construction
              • Modification Model of Soliton Pulse for Higher Order
              • Slow Light in Vertically Coupled Resonator of Conical Rod Portion
              • Electro-Optic Tuneable of Direct Current Voltage in Ring Resonator
              • Well Potential of Bright Solitary Wave in Fiber Bragg Grating
              • Breakdown Voltage Effect on Coupling Ratio Fusion Fiber Coupling
        • Simulation of Ytterbium Doped Double Clad Fiber Laser Output Power by Using Liekki Application Designer Software
          • Graphene Dual Properties, Mobility and Polarisibility: The Challenge
          • Drug Delivery System Model Using Optical Tweezer Spin Control
          • Distribution Function for Nonlinier Potential Gradient High Pressure Plasma
          • Simplified Linear Configuration model 3X3 Single Mode Fiber Coupler Using matrix transfer
          • Photonic and OR Gate by Using Fiber Coupler
        • Design of Mach-Zehnder Interferometer and ring Resonator for Biochemical Sensing
          • Temperature Profiles for Moving Fibers
          • Termodynamic Equilibrium of Nitrogen Species Discharge: Comparison with Global Model
          • Investigation of Laser Induced Inhibition and Simulation in Biological Samples
          • Coupling Coefficient Parametric for Power Transient Function
          • Kinematic Motion of Positive Carbon Ion Species a Proposal Method
        • Innovation of Multi Fiber Coupling of Fused Silica Fiber
          • Power Propagation on Linier MXN Fiber Couplers using Matrix Transfer
          • Normalized Power Propagation on Linier and Pentagonal Configuration of 1X6 Monolithic Fiber Couplers
          • Light Intensity Trapped on Linier Cross Section of 1X5 Monolithic Fiber Couplers
          • Dynamic Silicon Dioxide Fiber Coupling Polarized by Voltage Breakdown
          • An Advanced Technique of Fabricating Multi Silica Directional Fiber Coupler
        • An Investigation of a Pulsed Nd: YAG Laser Welding Technique
          • Linear and Triangle Order of NX3 Optical Directional Couplers: Variation Coupling Coefficient
          • Effect of Separation Length on Dual Fibre Bragg Gratings
          • Laser Welding Characterization of Kovar and Stanless Steel Alloys as Suitable Materials for Components of Photonic Devices Packaging
          • Performance of High Power Double-Clad YB-Doped Fiber Laser At Low Reflectivity
          • Design and Characteristics of MXN Switch Single Mode Fiber Coupler
        • Pengembangan Aplikasi Sistem Spektroskopi, Interferometer, Holografi, dan Perangkat Serat Optik
        • Coupling Coefficient Parametric for Power Transient Function
          • Kinematic Motion of Positive Carbon Ion Species a Proposal Method
          • Power Propagation on Linier MXN Fiber Couplers using Matrix Transfer
          • Normalized Power Propagation on Linier and Pentagonal Configuration of 1X6 Monolithic Fiber Couplers
          • Innovation of Multi Fiber Coupling of Fused Silica Fiber
          • A Design of Twisted Double Channel Scissors for Optical Filter
          • Soliton Trapped in 2×2 Directional Fiber Coupler
          • GHz frequency filtering source using hexagonal metamaterial splitting ring resonators.
      • Dr. Iwantono, M. Phil
        • Jurnal Internasional Bereputasi
          • 1. Gold Nanonetwork
          • 5. Preparation of Activated Carbon
          • 3. Effect of Growth
          • 4. An Optimum Design
          • 7. Effect of Growth_Gallium
          • 6. Performance of Dye-Sensitized
          • 7. Influence of Ag Ion Adsorption
        • Jurnal Internasional Bereputasi
          • 1. Optimation Growth
          • 3. Preparation of Binderless
          • 4. Composite Electrodes
          • 2. Synthesis of Silver
          • 2. Synthesis and Characterization of Gold
          • 6. Effect of Concentration Ratio
          • 7. Effect of Growth_Gallium
          • 8. Effect of Microwave Irradiation
        • Efek Penumbuhan Nanopartikel Platinum
          • 1. Efek Penumbuhan Nanopartikel
        • Jurnal Nasional
          • 1. Pengaruh Tegangan
          • 3. Penumbuhan Nanopartikel Logam
          • 4. Sel Surya Fotoelektrokimia
          • 5. Efek Co-Doping Al-Ga
          • 6. Pengaruh Daya Iradiasi
          • 7. Analisa Dimensi
          • 8. Pengaruh Waktu Perendaman
          • 9. Optimalisasi Efisiensi DSSC
          • 10. Karakterisasi Sifat Optik
        • Prosiding Seminar Internasional
          • 9. Effect of Pre-carbonization Time
          • 1. Optical Study
        • Prosiding Seminar Nasional
          • 4. Karbon Aktif Monolit
          • 5. Penumbuhan Nanopartikel Platinum
          • 6. Penyediaan dan Karakterisasi Karbon
          • 7. Penumbuhan Nanopartikel Palladium
          • 8. Sel Surya Fotoelektrokimia
          • 9. Karakterisasi dan Penumbuhan_ZnO
          • 10. Penumbuhan dan karakterisasi_ZnO SMG
          • 11. Elektroda Komposit Karbon Aktif Ubi Kayu
          • 12. Pengaruh Konsentrasi Gallium
          • 13. Penumbuhan Nanostruktur ZnO_Didoping Boron
          • 14. Perbedaan Temperatur Karbonisasi
          • 15. Pengaruh Suhu Aktivasi
          • 16. Fabrikasi dan Karakterisasi DSSC
          • 17. Fabrikasi dan Karakterisasi _DSSC Nanokomposit Ag-ZnO
          • 16. Penumbuhan Nanopartikel Palladium
          • 17. Penumbuhan Nanopartikel Perak_SMG
        • KI yang Tersimpan di Perpustakaan
          • 1. Laporan Penelitian Fundamendal Tahun 1_2009
          • 2. Laporan Penelitian Fundamental Tahun 2_2010
          • 3. Laporan Penelitian Hibah Bersaing Tahun 1_2011
          • 4. Laporan Penelitian Hibah Bersaing Tahun 2_2012
          • 5. Laporan Penelitian Hibah Strategi Nasional Tahun 1_2013
          • 6. Laporan Penelitian Hibah KLN Tahun 1_2015
          • 7. Laporan Penelitian Hibah KLN Tahun 2_2016
          • 8. Structural and Properties Transformation
        • Editor Buku
          • 1. Prosiding Seminar Bersama_2012
        • Artikel Dr. Iwantono, M.Phil
          • 1. Semirata 2016 Unsri Palembang
          • 2. Jurnal KFI Vol 8 No 9 2010_Iwantono
          • 3. Semirata 2011, Unilam Banjarmasin
          • 4. Semirata 2015, Untan Pontianak
          • 5. Laporan Penelitian Iwantono
          • 6. ISFMS 2011 Bali_Iwantono
          • Efek Penumbuhan Nanopartikel Platinum
          • Jurnal Nasional
          • 9. KI Seminar Internasional
          • 10. KI Seminar Nasional
          • 10. Effect of HMT
          • 11. Pengaruh Plasmonik Perak
          • 18. Peningkatan Efisiensi DSSC Treatment Boron
      • Dr. Fitmawati, M.Si
        • Jurnal Internasional Bereputasi
          • 1. Stenochlaena riauensis (Blechnaceae)
          • 5. Phylogenetic analysis of mango (Mangifera) in Northern Sumatra
          • 4. Phylogenetic Study of Genus Mangifera in Southern Sumatera
          • 3. Using ITS as a molecular marker
          • 8. Revisiting Bungur (Lagerstroemia speciosa) from Indonesia
          • 9. Genetic Variabilityn and Classification of Gandaria
        • JURNAL NASIONAL
          • 3. Studi Etnobotani Famili Zingiberaceae
          • 1. Analisis Keanekaragaman Sagu (Metroxylon sagu Rottb.) pada Tiga Tipe Habitat di Pulau
          • Evolutionary Relationship of Common Mangoes Insight from ITS
          • Analisis Keanekaragaman Kayu Manis (Cinnamomum burmannii (Nees & T. Nees) Blume.) Di Kabupaten Agam, Sumatera Barat Berdasarkan Karakter Morfologi
          • Jenis-Jenis Polypodiaceae di Hutan PT. CPI Rumbai Provinsi Riau Berdasarkan Karakter Morfologi
          • Keanekaragaman Pteridaceae Berdasarkan Karakter Morfologi dan Fitokimia di Hutan PT. Chevron Pacific Indonesia
          • Keanekaragaman Infraspesifik Petai (Parkia speciosa Hassk.) Di Kabupaten Indragiri hulu dan Kabupaten Kuantan Singingi Berdasarkan Karakter Morfologi
          • Morfologi spora paku Pteridaceae di Hutan PT. CPI Rumbai Riau
          • karakterisasi dan uji kandungan nutrisi pisang batu (Musa balbisiana)
          • Karakterisasi Morfologi Rafflesia di Kawasan Suaka Margasatwa Bukit Rimbang Bukit Baling Kabupaten Kampar Provinsi Riau
          • 6. JENIS-JENIS CEMPEDAK (Artocarpus champaden Lour.) DI KABUPATEN KAMPAR PROVINSI RIAU
          • Analisis Filogenetik Mangifera odorata Sumatera Tengah
          • Penerapan teknologi hidroponik sistem deep flow technique sebagai usaha peningkatan pendapatan petani di Desa Sungai Bawang
          • 5. STRUKTUR HISTOLOGI HATI TIKUS PUTIH
          • 2. Pengetahuan Tumbuhan Obat Dukun Sakai Desa Sebangar Duri Tiga Belas
        • PROSIDING INTERNASIONAL
          • 3. Ripeness detection simulation of oil palm fruit bunches
          • Germplasm and exploration of Mango
          • ICPD Purwokerto
        • PROSIDING NASIONAL
          • 1. Kajian Produktivitas Tanaman Karet
        • Jurnal Nasional Terakreditasi
          • ANALISIS KEKERABATAN MORFOLOGI MANGIFERA DARI SUMATERA
          • 1. Antioxidant activity of Dominant Plants species in obat pahit from Lingga
          • 2. Immunomodulatory Effectiveness of Aqueous Obat Pahit Extract of Lingga Malay
          • 3. STUDI KOMPARASI KARAKTER MORFOLOGI DAN ISOZIM DUKU
          • 4. Histology Structure of Lymph and Uterus of White Rat
        • JURNAL INTERNASIONAL
          • Phyologenetic study of Mangifera central sumatera base on rbcl Sequences
          • Phylogenetic Analysis of Kemang (Mangifera kemanga BL.) Origin of Sumatra and its Related Species Based on trnL-F intergenic spacer marker
      • Dr. Moh. Danil Hendry Gamal, M.Sc
        • Jurnal International Terindeks Scopus
          • Gamal_1-Cek Turnitin
          • Gamal_2-Cek Turnitin
          • Gamal_3-Cek Turnitin
          • Gamal_4-Cek Turnitin
          • Gamal_5-Cek Turnitin
        • Jurnal Internasioanal
          • Gamal_6-Cek Turnitin
          • Gamal_7-Cek Turnitin
          • Gamal_8-Cek Turnitin
          • Gamal_9-Cek Turnitin
          • Gamal_10-Cek Turnitin
          • Gamal_11-Cek Turnitin
          • Gamal_12-Cek Turnitin
          • Gamal_13-Cek Turnitin
          • Gamal_14-Cek Turnitin
        • Jurnal Nasional tak Terakreditasi
          • Gamal_15-Cek Turnitin
          • Gamal_16-Cek Turnitin
          • Gamal_17-Cek Turnitin
          • Gamal_18-Cek Turnitin
        • Prosiding Internasional
          • Gamal_19-Cek Turnitin
        • Prosiding Nasional
          • Gamal_20-Cek Turnitin
          • Gamal_21-Cek Turnitin
          • Gamal_22-Cek Turnitin
          • Gamal_23-Cek Turnitin
          • Gamal_24-Cek Turnitin
          • Gamal_25-Cek Turnitin
          • Gamal_26-Cek Turnitin
          • Gamal_27-Cek Turnitin
        • Poster Nasional
          • Gamal_28-Cek Turnitin
        • Non Prosiding
          • Gamal_29-Cek Turnitin
          • Gamal_30-Cek Turnitin
          • Gamal_31-Cek Turnitin
          • Gamal_32-Cek Turnitin
        • Nilai Peer Reviewer-Paper Gamal
          • Jurnal International Terindeks Scopus
          • Gamal_1-Peer Reviewer
          • Gamal_2-Peer Reviewer
          • Gamal_3-Peer Reviewer
          • Gamal_4-Peer Reviewer
          • Gamal_5-Peer Reviewer
          • Gamal_7-Peer Reviewer
          • Jurnal Internasioanal
          • Gamal_6-Peer Reviewer
          • Gamal_8-Peer Reviewer
          • Gamal_9-Peer Reviewer
          • Gamal_10-Peer Reviewer
          • Gamal_11-Peer Reviewer
          • Gamal_12-Peer Reviewer
          • Gamal_13-Peer Reviewer
          • Gamal_14-Peer Reviewer
          • Jurnal Nasional tak Terakreditasi
          • Gamal_15-Peer Reviewer
          • Gamal_16-Peer Reviewer
          • Gamal_17-Peer Reviewer
          • Gamal_18-Peer Reviewer
          • Prosiding Internasional
          • Gamal_19-Peer Reviewer
          • Prosiding Nasional
          • Gamal_20-Peer Reviewer
          • Gamal_21-Peer Reviewer
          • Gamal_22-Peer Reviewer
          • Gamal_23-Peer Reviewer
          • Gamal_24-Peer Reviewer
          • Gamal_25-Peer Reviewer
          • Gamal_26-Peer Reviewer
          • Gamal_27-Peer Reviewer
        • Poster Nasional
          • Gamal_28-Peer Reviewer
        • Non Prosiding
          • Gamal_29-Peer Reviewer
          • Gamal_30-Peer Reviewer
          • Gamal_31-Peer Reviewer
          • Gamal_32-Peer Reviewer
        • Laporan Penelitian
          • Gamal_33-Peer Reviewer
        • Editor
          • Gamal_34-Peer Reviewer
          • Gamal_35-Peer Reviewer
          • Gamal_36-Peer Reviewer
        • Gamal_31-Paper Nonprosiding
        • Gamal_33-Laporan Penelitian-Anggota
      • Dr. Imran,M, M.Sc
        • Jurnal Internasional Terindek Scopus
          • 001b_An Iterative Method of Order Four Based on Power Series for Solving a Nonlinear Equation
          • 001c_An Iterative Method of Order Four Based on Power Series for Solving a Nonlinear Equation
          • 002b_A Three-Step Derivative Free Iterative Method for Solving a Nonlinear Equation
          • 002c_A Three-Step Derivative Free Iterative Method for Solving a Nonlinear Equationa
          • 003b_A Sixth-Order Iterative Method Free from Derivative for Solving Multiple Roots of a Nonlinear Equation
          • 003c_A Sixth-Order Iterative Method Free from Derivative for Solving Multiple Roots of a Nonlinear Equation
          • 004b_A Two-step Iterative Method Free Derivative for Solving Nonlinear Equations
          • 004c_A Two-step Iterative Method Free Derivative for Solving Nonlinear Equations
          • 005b_A NEW FAMILY OF SECANT-LIKE METHOD WITH SUPER-LINEAR CONVERGENCE
          • 005c_A NEW FAMILY OF SECANT-LIKE METHOD WITH SUPER-LINEAR CONVERGENCE
          • 006b_Composite Mendeleev’s Quadratures for Solving a Linear Fredholm Integral Equation of The Second Kind
          • 006c_Composite Mendeleev’s Quadratures for Solving a Linear Fredholm Integral Equation of The Second Kind
          • 007a1_Solving Initial Value Problems with Mendeleev’s Quadrature
          • 007a2_Solving Initial Value Problems with Mendeleev’s Quadrature
          • 007b_Solving Initial Value Problems with Mendeleev’s Quadrature
          • 007c_Solving Initial Value Problems with Mendeleev’s Quadrature
        • Jurnal Internasional Tak Terindek Scopus
          • 008b_A Third Runge Kutta method based on a linear combination of arithmetic mean, harmonic mean and geometric mean
          • 008c_A Third Runge Kutta method based on a linear combination of arithmetic mean, harmonic mean and geometric mean
          • 009b_A WEIGHTED FOURTH ORDER RUNGE-KUTTA METHOD BASED ON CONTRA-HARMONIC MEAN
          • 009c_A WEIGHTED FOURTH ORDER RUNGE-KUTTA METHOD BASED ON CONTRA-HARMONIC MEAN
          • 010b_Variants of Chebyshev’s Method with Eighth-Order Convergence for Solving Nonlinear Equations
          • 010c_Variants of Chebyshev’s Method with Eighth-Order Convergence for Solving Nonlinear Equations
          • 011b_Combination of Newton-Halley-Chebyshev Iterative Methods Without Second Derivatives
          • 011c_Combination of Newton-Halley-Chebyshev Iterative Methods Without Second Derivatives
          • 012b_Another Sixth-Order Iterative Method Free from Derivative for Solving Multiple Roots of a Nonlinear Equation
          • 012c_Another Sixth-Order Iterative Method Free from Derivative for Solving Multiple Roots of a Nonlinear Equation
          • 013b_Variants of Chebyshev Method with Ninth-Order Convergence for Solving Nonlinear Equations
          • 013c_Variants of Chebyshev Method with Ninth-Order Convergence for Solving Nonlinear Equations
        • Jurnal Nasional Teralreditasi
          • 014b_A THIRD ORDER OF MODIFIED NEWTON’S METHOD
          • 014c_A THIRD ORDER OF MODIFIED NEWTON’S METHOD
        • Jurnal Nasional
          • 015b_TWO STEP METHOD WITHOUT EMPLOYING DERIVATIVES FOR SOLVING A NONLINEAR EQUATION
          • 015c_TWO STEP METHOD WITHOUT EMPLOYING DERIVATIVES FOR SOLVING A NONLINEAR EQUATION
          • 016b_Third order derivative free iterative method
          • 016c_Third order derivative free iterative method
          • 017b_BEBERAPA METODE ITERASI DENGAN TURUNAN KETIGA UNTUK MENYELESAIKAN PERSAMAAN NONLINEAR BESERTA DINAMIKNYA
          • 017c_BEBERAPA METODE ITERASI DENGAN TURUNAN KETIGA UNTUK MENYELESAIKAN PERSAMAAN NONLINEAR BESERTA DINAMIKNYA
          • 018b_A SIXTH-ORDER DERIVATIVE-FREE ITERATIVE METHOD FOR SOLVING NONLINEAR EQUATIONS
          • 018c_A SIXTH-ORDER DERIVATIVE-FREE ITERATIVE METHOD FOR SOLVING NONLINEAR EQUATIONS
          • 019b_DERIVATIVE-FREE TWO STEP ITERATIVE METHOD USING CENTRAL DIFFERENCE
          • 019c_DERIVATIVE-FREE TWO STEP ITERATIVE METHOD USING CENTRAL DIFFERENCE
        • Proceeding International
          • 020b_NEWTON ITERATION BASED ON HERONIAN MEAN
          • 020c_NEWTON ITERATION BASED ON HERONIAN MEAN
        • Prosiding Seminar Nasional
          • 021b_Midpoint Newton’s Method for Simple and Multiple Roots
          • 021c_Midpoint Newton’s Method for Simple and Multiple Roots
          • 022b_Root Mean Square Newton’s Method
          • 022c_Root Mean Square Newton’s Method
          • 023b_Beberapa Penurunan Metode Iterasi untuk Solusi Persamaan Nonlinear Metode Newton
          • 023c_Beberapa Penurunan Metode Iterasi untuk Solusi Persamaan Nonlinear Metode Newton
          • 024b_Modification of Ujevic Method Free From Derivative
          • 024c_Modification of Ujevic Method Free From Derivative
        • Artikel Dipresentasikan Tidak dalam Prosiding
          • 025b_A predictor=corrector regulasi falsi type for solving a nonlinear equation of a single variable
          • 025c_A predictor=corrector regulasi falsi type for solving a nonlinear equation of a single variable
          • 026b_Yet Another Modified Newton Method
          • 026c_Yet Another Modified Newton Method
          • 027b_An Improved New Iterative Method for Multiple Roots
          • 027c_An Improved New Iterative Method for Multiple Roots
          • 028b_Beberapa Penurunan Metode Integrasi Numerik Aturan Simpson_
          • 028c_Beberapa Penurunan Metode Integrasi Numerik Aturan Simpson_
          • 029b_Some Thought on Numerical Integration Based on Interpolation
          • 029c_Some Thought on Numerical Integration Based on Interpolation
        • Editor Prosiding
          • 030a_Editor_Prosiding_BKS_UNRI_Pekanbaru_2010_imran
          • 030b_Editor_Prosiding_BKS_UNRI_Pekanbaru_2010_imran
          • 031a_Editor_Prosiding_Seminar_on_mathematics_UNRI_2010_imran
          • 031b_Editor_Prosiding_Seminar_on_mathematics_UNRI_2010_imran
          • 032a_Editor_Prosiding_UKM-UNRI_ke_7_2012
          • 032b_Editor_Prosiding_UKM-UNRI_ke_7_2012
          • 033a_Editor_Prosiding-Seminar-Nasional-2017-OK Cover
          • 033a_Editor_Prosiding-Seminar-Nasional-2017-OK
          • 033b_Editor_Prosiding-Seminar-Nasional-2017-OK
          • 034b_Editor_Prosiding KNM18 Pekanbaru Agustus 2017a
      • Dr. Erman Taer, M.Si
        • Prosiding Internasional Internasional Terindeks Scimagojr dan Scopus
          • 4. The effect of microwave irradiation
          • 7. Growth of platinum nanoparticles
    • SYARAT TRANSKRIP SEMENTARA (PROPOSAL, SEMINAR HASIL, BEASISWA)
    • SYARAT TRANSKRIP SEMENTARA (UJIAN SARJANA/KOMPRE/TA)
    • SYARAT PENGURUSAN TRANSKRIP ASLI
    • SYARAT PENGURUSAN IJAZAH
    • SYARAT YUDISIUM
    • Syarat Adm
    • SYARAT – SYARAT LEGALISIR
    • FORMAT PENELITIAN
    • FORMAT PENGABDIAN
  • Staff
    • Dosen
      • Jurusan Kimia
      • Jurusan Matematika
      • Jurusan Biologi
      • Jurusan Fisika
      • Jurusan Ilmu Komputer
    • Pegawai
  • Aplikasi
    • On click FMIPA
    • Form Kerusakan Alat
    • Pengurusan USER INTERNET SSO
  • Galeri
  • Event
    • MIPA EXPO XIII 2019
    • JADWAL PEMAKAIAN AUDITORIUM FMIPA
HomeDr. Saktioto, M. Phil

Dr. Saktioto, M. Phil

    DIKTAT KIMIA DASAR

    Diktat-KD-1-Jurusan-AGT-dan-KHT-2018

    Diktat-KD-1-Jurusan-Fisika-2018

    Diktat-KD-1-Jurusan-Kimia-dan-Biologi-2018

    KARTU-PRAKTIKAN-Agroteknologi

    KARTU-PRAKTIKAN-Fisika

    KARTU-PRAKTIKAN-Kimia-dan-Biologi

    JADWAL RUANG KULIAH SEM GENAP 2017/2018

    JADWAL RUANG KULIAH SEM GENAP 2017/2018

    Recent Post

    • HASIL SELEKSI TIM KDMI FMIPA 2019
    • Hasil Seleksi Tim NUDC FMIPA 2019
    • Pemilihan Mahasiswa Berprestasi FMIPA 2019
    • Assessment Program S2 Fisika FMIPA Universitas Riau
    • Penandatangan Kontrak Kinerja Ketua Jurusan

    Kumpulan Diktat

    Diktat Praktikum Kimia Anorganik I

    Diktat Praktikum Kimia Fisika I

    Cover Diktat Kimia Fisika I

    Diktat KIMDAS Untuk Fisika

    Diktat KIMDAS Untuk Kimia Dan Biologi

    LINK DOWNLOAD

    Pengantar Permohonan Masa Langkau

    Formulir Pengajuan Ijazah

    FMIPA UNIVERSITAS RIAU

    Alamat Kampus Bina Widya Km 12,5 Simpang Baru Pekanbaru 28293 – Indonesia

    W: fmipa.unri.ac.id P : (0761) 63266 F : (0761) 63279

    Download IDM terbaru

FMIPA – UNIVERSITAS RIAU Copyright © 2019.
Theme by MyThemeShop