Spektrum 1H-NMR terlihat terutama d

Spektrum 1H-NMR terlihat terutama di daerah 0-10 ppm medan rendah dari sinyal acuan tetrametilsilan (yang berdasarkan perjanjian ditetapkan pada 0 ppm). Hanya proton yang menghasilkan sinyal (beresonansi) di daerah ini dan proton yang secara kimia sama memberikan sinyal yang sama. Ukuran sinyal (integritas) berbanding lurus dengan jumlah proton yang menghasilkan sinyal. Jadi, sinyal yang dihasilkan oleh –CH3 akan menunjukan hasil integritas yang ukurannya tiga kali ukuran sinyal yang dihasilkan oleh proton yang tunggal. Kedudukan sinyal pada skala 0-10 ppm (yaitu geseran kimia) sampai tarap tertentu menunjukan jenis proton yang menghasilkannya (Creswell et al., 1982).

Results (English) 1:

1 h-NMR spectrum of visible particularly in the 0-10 ppm of reference signal low field tetrametilsilan (based on the agreement set at 0 ppm). Only the protons that generate signals (resonate) in this area and chemically the same proton gives the same signal. The size of the signal (integrity) is directly proportional to the number of protons that generates the signal. So, the signal is generated by – CH3 will show the results of the integrity that are three times the size of the signal generated by a single proton. The position of the signal on a scale of 0-10 ppm (i.e. chemical shift) to a certain type of proton shows tarap which it generated (Creswell et al., 1982).

Results (English) 2:

1H-NMR spectrum of visible especially in the area of ​​0-10 ppm lower field from tetramethylsilane reference signal (which is based on the agreement set at 0 ppm). Only protons that produce a signal (resonate) in this area and protons are chemically the same give the same signal. The size of the signal (integrity) is directly proportional to the number of protons that produce a signal. Thus, the signal generated by -CH3 will show the results of the integrity of that size is three times the size of the signal generated by a single proton. Position signal on a scale of 0-10 ppm (ie chemical shift) to certain tarap show the kind of protons that produce them (Creswell et al., 1982).