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Trang 1887
max R ( CaCl ) = 3.39 Å . Using the value ( 8 ) and equation ( 2 ) , we obtain the estimate D ( CaCl ) = 255.4 kJ / mol and Dz ( CaCl ) = 62.3 kJ / mol . Therefore , the bond energy of the Ci - ion in the calcium channel is ED , ( CaCl ) ...
max R ( CaCl ) = 3.39 Å . Using the value ( 8 ) and equation ( 2 ) , we obtain the estimate D ( CaCl ) = 255.4 kJ / mol and Dz ( CaCl ) = 62.3 kJ / mol . Therefore , the bond energy of the Ci - ion in the calcium channel is ED , ( CaCl ) ...
Trang 1952
The experimental zerovalent state of the D. ( Cr - C ) = 1425.9 + 395 – 832.6 - 734 chromium atom has I_ ( do ) = 2.38 eV [ 6 ] with ( 14 ) = 254.3kJ / mol , Xu ( Cr , do ) = 0.4 , and the 3d $ 4p state , which is close to the d state ...
The experimental zerovalent state of the D. ( Cr - C ) = 1425.9 + 395 – 832.6 - 734 chromium atom has I_ ( do ) = 2.38 eV [ 6 ] with ( 14 ) = 254.3kJ / mol , Xu ( Cr , do ) = 0.4 , and the 3d $ 4p state , which is close to the d state ...
Trang 1973
Na2SO4 2Rb2SO4 ( c ) + H2O ( 1 ) is AH ( 6 ) = 4H ( 2 ) -4 , H ( 1 ) = 36.5 +0.6 kJ / mol . ... which is equal to the enthalpy ( with opposite sign ) of infinite dilution of the solution , calculated per mole of the salt .
Na2SO4 2Rb2SO4 ( c ) + H2O ( 1 ) is AH ( 6 ) = 4H ( 2 ) -4 , H ( 1 ) = 36.5 +0.6 kJ / mol . ... which is equal to the enthalpy ( with opposite sign ) of infinite dilution of the solution , calculated per mole of the salt .
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