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  <title>Biophysical chemistry:</title>
  <subTitle>principles, techniques, and applications / Alan G. Marshall</subTitle>
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  <namePart>Marshall, Alan G.</namePart>
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  <publisher>New York: John Wiley &amp; Sons</publisher>
  <dateIssued>1978</dateIssued>
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  <extent>xv, 812 p. : il. ; 24 cm.</extent>
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 <note>Daftar Isi:Sections 1. Thermodynamics in Biology Chapter 1 Work  Heat  and Energy Thermochemistry  Applications of Exact Diofferentials Chapter 2 Chemical Potential Chapter 3 ChemicalReactions an Equilibtium Constants Chapter 4 Chemical Reacrtions Spontaneity  Temperature Dependence of Equilibrium Constans and Reactions Rates Chapter 5 Electrochemical Potential  Section 2. Success and Failure Chapter 6 The Random Walk Problem Chapter 7 Forced March Chapter 8 Bad Odds  Paisson Distribution  Section 3. Growth and Decay Chapter   9 Firs-Order Rate Processes. Bacterial Growth  Radio- and Chemical-Dating  Radioactive Fallout. Chapter 10 Catalysts Chapter 11 Regulation of Enzyme-catalyzed Reaction Rates Chapter 12 Pharmacokinetics  Chemical Reaction Kinetics with Renamed Variables  Section 4 Weight On A Spring Chapter 13 The Driven  Damped Weight on a Spring  One of the Most Impoertant Models in Physical Science Chapter 14 Absorption and Dispersion  Steady-State Response of a Driven  Damped Eight on a Spring Chapter 15 Scattering Phenomena  Steady-State Response of a Driven  Undamped Weight on a Spring Chapter 16 Transient Phenomena  Initial Response of a Suddenly Displaced Weight on a Spring Chapter 17 Coupled Springs  Section 5 Quantum Mechanics  When is it Really Necessary  Chapter 18 Generalized Geometry  Existebnce and Positions of Spectra Power Absorption  Linesw.  Quantum Mechanical Weight on Spring Chapter 19 Putting the Marbles in teh Right Bags  boltzmann Distribution  Section 6 Hard Problems Into Simple Problems  Transforms  a Picture Book of Applications Chapter 20 Eihgt on a Balance  Shorcuts to Spectroscopy. Multichanel and Multiplex Methods. Chapter 21 Fourier Analysis of Random Motions  Autocorrelation and Spectra Density. Noise as a radiation Source Chapter 22. Reconstruction of Object from Images  </note>
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  <topic>1. BIOKIMIA&#13;2. KIMIA FISIS DAN TEORITIS</topic>
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 <classification>541.3024574 MAR b</classification>
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