particle doesn't affect the current

particle doesn't affect the current between electrodes but causes a voltage pulse that is proporsional to the resistance change and the particle volume. The voltage pulses are amplified and passed through a pulse height analyser with variable threshold control which is calibrated in terms of particle size. the treshold setting is such that only resistances over a certain value are counted. Tge treshold setting is then changed and corresponding reading for larger particles noted. In this fashion an oversize curve is generated. It should be noted that the distribution one gets by the Coulter counter is a number distributer that is, it counts each particle, not its size, as long as it is over the treshold value. The total number of particles is estimated such as the distribution will be logarithmacally linear on the probability curve.
The sample of suspension used in the Coulter counter should be sufficiently dilute so that only one particle at a time passes through the aperture.

Results (Indonesian) 1:

partikel tidak mempengaruhi arus antara elektroda tapi menyebabkan pulsa tegangan yang Stock Perlawanan perubahan dan volume partikel. Pulsa tegangan diperkuat dan melewati analyser tinggi pulsa dengan ambang variabel kontrol yang dikalibrasi dalam hal ukuran partikel. pengaturan treshold adalah sedemikian rupa sehingga hanya resistansi atas nilai tertentu yang dihitung. TGE treshold pengaturan kemudian berubah dan mencatat sesuai membaca untuk partikel-partikel yang lebih besar. Dalam mode ini kurva kebesaran yang dihasilkan. Perlu dicatat bahwa distribusi yang didapatkan oleh konter Coulter distributer nomor yang, itu menghitung setiap partikel, ukurannya tidak, selama itu adalah atas nilai treshold. Jumlah partikel diperkirakan seperti distribusi akan logarithmacally linier pada kurva probabilitas.
sampel suspensi yang digunakan di Coulter counter harus cukup encer sehingga partikel itu hanya satu saat melewati aperture.