Tesla unit of magnetic field strength

T (1) Tesla, unit of magnetic field strength PHYSICAL AND MATHEMATICAL ... 

It is worth noting that the SI units of magnetic field strength, or more correctly magnetic flux density, are the Tesla, T, or millitesla, mT. However for historical reasons the older units of Gauss, G, are still commonly used, where lmT= lOG. 

The SI unit for magnetic field strength is the tesla (T) named after Nikola Tesla a contemporary of Thomas Edison and who like Edison was an inventor of electrical devices... 

Tesla (Section 13 3) SI unit for magnetic field strength Tetrahedral intermediate (Section 19 14 and Chapter 20) The key intermediate in nucleophilic acyl substitution Formed by nucleophilic addition to the carbonyl group of a car boxyhc acid derivative... 

To calculate NMR frequency correctly, it is important we make sure our units are consistent. For a magnetic field strength of 11.74 tesla (117,400 gauss), the NMR frequency for hydrogen is ... 

All NMR spectra were acquired on a Nicolet NMC 300 MHz FT-NMR spectrometer with a magnetic field strength of 7.05 Tesla. The parameters for the DFT H MR experiments are described in detail in Reference 9. Baselines were drawn between the minima of each resonance. The spectral intensities were obtained by the cut-and-weigh method and are expressed in arbitrary units. The H-NMR spectra were obtained using the lock coil of the 5 mm H probe at a spectral frequency of 46.066 MHz. The temperature of both the and experiments was maintained at 46 C using an NTC temperature control unit. Sonication was performed using a Cole-Palmer 8851 ultrasonic water bath. 

When a substance is placed in a magnetic field of strength, H (units Tesla), the in-tensitiy of magnetization J (i. e. the magnetic moment of the sample per unit volume, [A m or J m ]), is related to H by the magnetic susceptibility, k, of the substance. 

---