Semua inti atom bermuatan, dalam be

Semua inti atom bermuatan, dalam beberapa inti muatan ini berputar (ber-spin) pada sumbu inti dan perputaran inti ini momen inti. Momen sudut dari muatan yang berputar dapat dinyatakan dalam pengertian bilangan spin I, bilangan ini memiliki nilai 0, 1/2, 1, 3/2 sampai 9/2 tergantung dari macam intinya.
Dalam pengukuran 1H-NMR terdapat 4 parameter yaitu pergeseran kimia, luas dibawah puncak, multiplisitas dan tetapan gandeng (Silverstein et al., 1986). Pergeseran kimia merupakan selisih letak serapan proton tertentu terhadap proton acuan. Hal ini disebabkan adanya kerapatan elektron di sekeliling proton yang dipengaruhi oleh efek induksi berbagai gugus yang bekerja melalui ikatan kimia yang terdapat pada proton.

Results (English) 1:

All electrically charged atomic nucleus, in some of the core charge is spinning (ber-spin) on the axis of rotation of the core and the core of this core moment. Torque angle of rotating content that can be expressed in terms of the number of spin I, this number has the value 0, 1/2, 3 1/2 to 9/2 depending on the kind of the bottom line. In measurements of 1 h-NMR-there are 4 parameters, namely the chemical shifts, broad under the peak, multiplicity and articulated constants (Silverstein et al., 1986). The chemical shift is the difference in the layout of a particular proton uptake of protons of reference. This is due to the existence of the electron around the proton density is influenced by the effects of induction of various groups that work through the chemical bonds of the proton.

Results (English) 2:

All the charged atomic nucleus, in some of the core is spinning load (air-spin) on the axis of rotation of the core and the core is the core moment. Moment of the charge rotating angles can be expressed in terms of number of spin I, this number has a value of 0, 1/2, 1, 3/2 to 9/2 depending on the kind of the point.
In the 1H-NMR measurements are 4 parameters: chemical shift, under the broad peak, and constant multiplicity trailer (Silverstein et al., 1986). The chemical shift is the difference lies particular proton to proton uptake reference. This is due to the electron density around the proton which is influenced by the effects of induction of various groups that work through chemical bonds contained in the proton.