Vol. 5, No. 3 (2013), Applied Physics Research

• • Model of Laser-Induced Nano-Cavitation in the Surface of Gelatin Confronted with the Fast Rise Time of the Optical Attenuation Measurements
  • •  Sylvain Lazare   
    • p1
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• • Mathematical Model of Arterial Hemodynamics, Description, Computer Implementation, Results Comparison
  • •  Elshin Mikhail Anatolievich   
    •  Guljaev Juriy Petrovich   
    • p19
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• • The Method of Lines and Adomian Decomposition for Obtaining Solitary Wave Solutions of the KdV Equation
  • •  Mohamed Mousa   
    •  Mohamed Reda   
    • p43
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• • All-Optical Switches Based on 3×3 Multimode Interference Couplers Using Nonlinear Directional Couplers
  • •  Cao Dung Truong   
    •  Trung Thanh Le   
    •  Duc Han Tran   
    • p58
    •  PDF 
      
• • Will a New Little Ice Age Begin in the Next Few Decades?
  • •  Maxim Ogurtsov   
    •  Markus Lindholm   
    •  Risto Jalkanen   
    • p70
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• • Energy Radiation Theory of Nano-Dimensional Extrinsic Semiconductors Having Electron and Hole Conductivities in an External Electric Field
  • •  A. I. Demirel   
    •  E. R. Hasanov   
    •  A. Z. Panahov   
    • p78
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• • Quantum Mechanical Formulation of the Bloch NMR Flow Equations for the Analysis of Radio Wave Attenuation in Satellite Communication
  • •  Rasheedat Bola Abdulrahim   
    •  Michael Dada   
    •  Bamidele Awojoyogbe   
    • p86
    •  PDF 
      
• • Did the Gravity Probe B Actually Prove the Einstein's General Relativity Theory?
  • •  Jaroslav Hynecek   
    • p90
    •  PDF 
      
• • Commutation Relations, Relativistic Invariance and Deriving the Value of the Fine-Structure Constant from Unitary Quantum Theory
  • •  Leo Sapogin   
    •  Victor Boichenko   
    • p99
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• • On the Gravitational Constant and Radius in Spherically Symmetric Problem of General Relativity
  • •  Valery Vasiliev   
    •  Leonid Fedorov   
    • p116
    •  PDF 
      
• • Transportation and Acceleration of Free Electron by Laser and Economic Monocolor High-Frequency Light Source
  • •  H. Lin   
    •  C. P. Liu   
    •  S. T. Du   
    •  C. Wang   
    • p123
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