Development process utilizing conductive materials

An improved electrostatographic imaging process which comprises forming an electrostatic latent image on a deflected flexible imaging member followed by developing the image by a process which comprises providing a development zone ranging in length of from about 0.5 centimeters to about 5 centimeters, which development zone is encompassed by a tensioned deflected flexible imaging member and a transporting member, wherein the flexible imaging member is comprised of a supporting substrate, a photogenerating layer, and a transport layer comprised of electrically active diamine molecules dispersed in an inactive resinous binder, the diamine molecules being of the formula ##STR2## wherein X is selected from the group consisting of (ortho) CH.sub.3, (meta) CH.sub.3, (para) CH.sub.3, (ortho) Cl, (meta) Cl, (para) Cl, causing the deflected flexible imaging member to move at a speed of from about 5 cm/sec to about 80 cm/sec, causing the transporting member to move at a speed of from about 6 cm/sec to about 160 cm/sec, said deflected flexible imaging member and said transporting member moving at different rates of speed, maintaining a distance between the flexible imaging member and the transporting member of from about 0.05 millimeters to about 1.5 millimeters, adding conductive developer particles to the development zone, which particles are comprised of toner particles and conductive magnetic carrier particles, introducing a high electrical field in the development zone, wherein the developer particles contained in the development zone are agitated, thereby providing contact between the conductive carrier particles, causing charge to rapidly flow in the direction of deflected flexible imaging member, said process being accomplished in the presence of a low magnetic field of less than 150 gauss, and wherein the development time is from about 0.83 seconds to about 0.0031 seconds.