Liquid jet recording method with variable thermal viscosity modulation

A liquid jet recording method, which comprises:

• controlling thermal energy quantity to be generated by driving one heat generating body selected in accordance with recording informations from a plurality of heat generating bodies which are arranged along 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 said controlled thermal energy to act on the liquid in said liquid chamber to bring about instantaneous change in the state of the liquid to develop foams;
• and
• discharging and spattering the liquid droplets from said discharge orifice for recording.

A liquid jet recording method, which comprises:

• introducing an input signal, the energy level of which has been selected in accordance with recording informations, into at least one heat generating body provided along a flow path in a liquid chamber communicatively connected with a discharge orifice for discharging and spattering liquid droplets in a predetermined direction,
• controlling thermal energy quantity generated from said heat generating body;
• causing said controlled thermal energy to heat the liquid in said liquid chamber to bring about instantaneous change in the state of the liquid to develop foams;
• and
• discharging and spattering the liquid droplets from said discharge orifice for recording.