NEW METHOD FOR INFORMATION PICK UP FROM SPARK CHAMBERS (1971)
KARZHAVIN, Y. A., MATYUSHIN, A. T., MATYUSHIN, V. T., KHACHATURYAN, M. N · leaf 5
■WW WB IWWIWt IfPBf^^^ ^'W WW* rWW fWW ^WHW^B IWW W?PI WW Wi*^ KKj«»,»(^i,i'i:-^t/>«j,i4iV-lf«;'ri'»'.IK*.?!'''<»'V-"-'-'''''".'i"V^v^'.,' ivv';'-"-';' ■ ■.-•'■':'-*.','vt'vv-^:---'":''■•.■;.-• '■■■i-,"-'"' ■■■ ■■'■ ', mV Xii..;'<..;;U'i •. •■si.-r.'.,,>r;V.-.-.. .'.s 'u.-u,;.;,:,-.^ •TV":/-'? … Figure 4. Signal amplitude as a function of the distance between the spark and the transducer: 1. sparking in air; 2. track in chamber. Oscillogram of signal from track at ? = 326 mm. Sensitivity of amplitude track: 2 millivolt/cm; scanning rate: 1 microsecond/cm. In the course of experiments, we…
