Abstract: A liquid jet recording method, which includes controlling thermal energy quantity to be generated by driving predetermined numbers of heat generating bodies selected in accordance with recording information from a plurality of heat generating bodies which disposed along a flow path in a liquid chamber communicatively connected with a discharge orifice for discharging and spattering liquid droplets in a predetermined direction, and each being driven independently of the other; causing the thus controlled thermal energy to act on the liquid in the liquid chamber to bring about instantaneous change in the state of the liquid to develop foams; and discharging and spattering the liquid droplets from the discharge orifice for recording.

Abstract: A recording apparatus comprises a recording medium, a recording unit disposed in proximity to the recording medium for effecting recording on the recording medium by application of a voltage thereto, a first power source providing a voltage to be applied when recording is effected on the recording medium by the recording unit, a first switching unit provided between the recording unit and the first power source and being switchable in accordance with a voltage applied to its control terminal, a second power source having one end thereof connected to the junction between the switching unit and the first power source and effective to determine the voltage of a control signal applied to the control terminal, and an isolator for receiving recording signals to be applied to the switching unit.

Abstract: An image recording member comprises a support and a recording layer overlying the support and mainly composed of a binder, a component capable of forming an image when electric current is applied thereto, and a conductive component composed of a mixture of an electronic conductive material and a compound containing zeolitic water, and an image can be electrically recorded by using said image recording member.

Abstract: An image recording member according to the present invention comprises a recording layer containing at least one image forming component and at least one reducing agent in an electrically conductive matrix composed of at least one zeolitic water-containing compound.

Abstract: A recording member having a recording layer comprising an electrically conductive agent, an image forming agent, and a binder wherein the electrically conductive agent consists of at least one zeolitic water containing compound.