000 04516nam a2201237Ia 4500
000 02837cam a22004334i 4500
001 55794
003 0
005 20250920171052.0
008 070410s2008 njua 001 0 eng
010 _z
_z
_o
_a2007014794
_b
015 _2
_2bnb;bnb
_aGBA739249;GBA769771
016 _2
_2
_a
_z
019 _a137221799
020 _e
_e
_a9780805382778;0805382771;9780321504494 (pbk.);0321504496 (pbk.)
_b
_z
_c
_q
_x
022 _y
_y
_l
_a2
024 _2
_2
_d
_c
_a
_q
028 _a
_a
_b
029 _a
_a
_b
032 _a
_a
_b
035 _a
_a(OCoLC)123029663;(OCoLC)123029663
_b
_z(OCoLC)137221799
_c
_q
037 _n
_n
_c
_a
_b
040 _e
_erda
_aDLC
_dBAKER;BTCTA;C#P;UKM;OCLCQ;YDXCP;IAK
_b
_cDLC
041 _e
_e
_a
_b
_g
_h
_r
043 _a
_a
_b
045 _b
_b
_a
050 _a
_aQD453.3
_d
_b.E54 20082
_c0
051 _c
_c
_a
_b
055 _a
_a
_b
060 _a
_a
_b
070 _a
_a
_b
072 _2
_2
_d
_a
_x
082 _a
_a572/.43
_d
_b222
_c
084 _2
_2
_a
086 _2
_2
_a
090 _a
_a
_m
_b
_q
092 _f
_f
_a
_b
096 _a
_a
_b
097 _a
_a
_b
100 _e
_e
_aEngel, Thomas,
_d1942-
_b4
_u
_c0
_q16
110 _e
_e
_a
_d
_b
_n
_c
_k
111 _a
_a
_d
_b
_n
_c
130 _s
_s
_a
_p
_f
_l
_k
210 _a
_a
_b
222 _a
_a
_b
240 _s
_s
_a
_m
_g
_n
_f
_l
_o
_p
_k
245 0 _a
_aPhysical chemistry for the life sciences /
_d
_b
_n
_cThomas Engel, Gary Drobny, Philip Reid.
_h6
_p
246 _a
_a
_b
_n
_i
_f6
_p
249 _i
_i
_a
250 _6
_6
_a
_b
260 _e
_e
_a
_b
_f
_c
_g
264 _3
_3
_aUpper Saddle River, NJ :
_d
_bPearson Prentice Hall,
_c[2008];copyright 200846
300 _e
_e
_c29 cm.
_a1 v. (various pagings) :
_bill. (some col.)
310 _a
_a
_b
321 _a
_a
_b
336 _b
_atext
_2rdacontent
337 _3
_30
_b
_a2
338 _3
_30
_b
_avolume
_2rdacarrier
340 _2
_20
_g
_n
344 _2
_2
_a0
_b
347 _2
_2
_a0
362 _a
_a
_b
385 _m
_m
_a2
410 _t
_t
_b
_a
_v
440 _p
_p
_a
_x
_v
490 _a
_a
_x
_v
500 _a
_aIncludes index.
_d
_b
_c56
504 _a
_aIncludes bibliographical references and index.
_x
505 _a
_aFundamental concepts of thermodynamics -- Heat, work, internal energy, enthalpy, and the First law of thermodynamics -- The importance of state functions: internal energy and enthalpy -- Thermochemistry -- Entropy and the Second and Third laws of thermodynamics -- The Gibbs energy and chemical equilibrium -- Phase equilibria -- Ideal and real solutions -- Electrolyte solutions, electrochemical cells, and redox reactions -- Principles of biochemical thermodynamics -- Biochemical equilibria -- From classical to quantum mechanics -- The Schr©œdinger equation -- Using quantum mechanics on simple systems: the free particle, the particle in a box, and the harmonic oscillator -- The hydrogen atom and many-electron atoms -- Chemical bonding in diatomic molecules -- Molecular structure and energy levels for polyatomic molecules -- Vibrational and rotational spectroscopy -- Electronic spectroscopy -- Nuclear magnetic resonance spectroscopy -- The structure of biomolecules at the nanometer scale: X-ray diffraction and atomic force -- Microscopy -- The Boltzmann distribution -- Statistical thermodynamics -- Transport phenomena -- Elementary chemical kinetics -- Complex biological reactions.
_b
_t
_g
_r
506 _a
_a5
510 _a
_a
_x
520 _b
_b
_c
_a
_u
521 _a
_a
_b
533 _e
_e
_a
_d
_b
_n
_c
540 _c
_c
_a5
542 _g
_g
_f
546 _a
_a
_b
583 _5
_5
_k
_c
_a
_b
590 _a
_a
_b
600 _b
_b
_v
_t
_c2
_q
_a
_x0
_z
_d
_y
610 _b
_b
_v
_t2
_x
_a
_k0
_p
_z
_d6
_y
611 _a
_a
_d
_n2
_c0
_v
630 _x
_x
_a
_d
_p20
_v
648 _2
_2
_a
650 _x
_x
_aPhysical biochemistry.;Chemistry, Physical and theoretical.;Life sciences.
_d
_b
_z
_y20
_v
651 _x
_x
_a
_y20
_v
_z
655 _0
_0
_a
_y2
_z
700 _i
_i
_t
_c
_b
_s1
_q(Philip J.)
_f
_k40
_p
_d
_e
_aDrobny, Gary.;Reid, Philip
_l
_n6
710 _b
_b
_t
_c
_e
_f
_k40
_p
_d5
_l
_n6
_a
711 _a
_a
_d
_b
_n
_t
_c
730 _s
_s
_a
_d
_n
_p
_f
_l
_k
740 _e
_e
_a
_d
_b
_n
_c6
753 _c
_c
_a
767 _t
_t
_w
770 _t
_t
_w
_x
773 _a
_a
_d
_g
_m
_t
_b
_v
_i
_p
775 _t
_t
_w
_x
776 _s
_s
_a
_d
_b
_z
_i
_t
_x
_h
_c
_w
780 _x
_x
_a
_g
_t
_w
785 _t
_t
_w
_a
_x
787 _x
_x
_d
_g
_i
_t
_w
800 _a
_a
_d
_l
_f
_t0
_q
_v
810 _a
_a
_b
_f
_t
_q
_v
830 _x
_x
_a
_p
_n
_l0
_v
942 _a
_alcc
_cBK
999 _c17835
_d17835