TISSUE PROPERTIES
Database Summary
Database Summary
The following table gives an overview of all EM and thermal tissue parameters, average values only, for all tissues included in our database.
Enter a frequency between 10 Hz and 100 GHz and press the 'Go' button.
Frequency
| d.B2 | 'Permit-tivity' | 'Elec. Cond. (S/m)' | 'Density (kg/m³)' | 'Heat Capacity (J/kg/°C)' | 'Therm. Cond. (W/m/°C)' | d.R2 | d.W2 |
| d['B'+r] | var freq=parseFloat($('#freqField').val())*parseFloat($('#scale').val()); abs1=Math.pow(freq*2*0.000000000003141592*parseFloat(d['AD'+r]),1-parseFloat(d['AE'+r])); var abs2=Math.pow(freq*2*0.000000003141592*parseFloat(d['AG'+r]),1-parseFloat(d['AH'+r])); var abs3=Math.pow(freq*2*0.000003141592*parseFloat(d['AK'+r]),1-parseFloat(d['AL'+r])); var abs4=Math.pow(freq*2*0.003141592*parseFloat(d['AN'+r]),1-parseFloat(d['AO'+r])); var re1=1+abs1*Math.cos(Math.PI/2*(1-parseFloat(d['AE'+r]))); var re2=1+abs2*Math.cos(Math.PI/2*(1-parseFloat(d['AH'+r]))); var re3=1+abs3*Math.cos(Math.PI/2*(1-parseFloat(d['AL'+r]))); var re4=1+abs4*Math.cos(Math.PI/2*(1-parseFloat(d['AO'+r]))); var im1=abs1*Math.sin(Math.PI/2*(1-parseFloat(d['AE'+r]))); var im2=abs2*Math.sin(Math.PI/2*(1-parseFloat(d['AH'+r]))); var im3=abs3*Math.sin(Math.PI/2*(1-parseFloat(d['AL'+r]))); var im4=abs4*Math.sin(Math.PI/2*(1-parseFloat(d['AO'+r]))); var epsil=parseFloat(d['AB'+r])+parseFloat(d['AC'+r])*re1/(re1*re1+im1*im1)+parseFloat(d['AF'+r])*re2/(re2*re2+im2*im2)+parseFloat(d['AJ'+r])*re3/(re3*re3+im3*im3)+parseFloat(d['AM'+r])*re4/(re4*re4+im4*im4); return sprintf('%.2E',epsil); | var freq=parseFloat($('#freqField').val())*parseFloat($('#scale').val()); abs1=Math.pow(freq*2*0.000000000003141592*parseFloat(d['AD'+r]),1-parseFloat(d['AE'+r])); var abs2=Math.pow(freq*2*0.000000003141592*parseFloat(d['AG'+r]),1-parseFloat(d['AH'+r])); var abs3=Math.pow(freq*2*0.000003141592*parseFloat(d['AK'+r]),1-parseFloat(d['AL'+r])); var abs4=Math.pow(freq*2*0.003141592*parseFloat(d['AN'+r]),1-parseFloat(d['AO'+r])); var re1=1+abs1*Math.cos(Math.PI/2*(1-parseFloat(d['AE'+r]))); var re2=1+abs2*Math.cos(Math.PI/2*(1-parseFloat(d['AH'+r]))); var re3=1+abs3*Math.cos(Math.PI/2*(1-parseFloat(d['AL'+r]))); var re4=1+abs4*Math.cos(Math.PI/2*(1-parseFloat(d['AO'+r]))); var im1=abs1*Math.sin(Math.PI/2*(1-parseFloat(d['AE'+r]))); var im2=abs2*Math.sin(Math.PI/2*(1-parseFloat(d['AH'+r]))); var im3=abs3*Math.sin(Math.PI/2*(1-parseFloat(d['AL'+r]))); var im4=abs4*Math.sin(Math.PI/2*(1-parseFloat(d['AO'+r]))); var sigm=parseFloat(d['AI'+r])+2*3.141592*freq*0.0000000000088542*(parseFloat(d['AC'+r])*im1/(re1*re1+im1*im1)+parseFloat(d['AF'+r])*im2/(re2*re2+im2*im2)+parseFloat(d['AJ'+r])*im3/(re3*re3+im3*im3)+parseFloat(d['AM'+r])*im4/(re4*re4+im4*im4)); return sprintf('%.2E',sigm); | sprintf('%.0f',d['C'+r]) | sprintf('%.0f',d['H'+r]) | sprintf('%.2f',d['M'+r]) | sprintf('%.0f',d['R'+r]) | sprintf('%.2f',d['W'+r]) |
