… heat conduction calorimetry (IHC) and an accelerating rate … ratio of the radiant heat to the
convective heat transfer only has a … Thus, there only exists the convective heat transfer α c …

… cold plate, which increase the measurement error because of the low thermal conductivity. …
pouch type lithium-ion battery cell. The calorimeter uses heat flux sensors as the basis for the …

… heat generation rate of the lithium-ion battery based on the instantaneous thermal power
which is measured by a heat flow sensor … , because the thermal conductivity of the heatsink is …

… is accompanied by heat generation and thermal runaway … are prime issues in Li-ion batteries,
the impending need for safety in … , we report heat generation in Li-ion batteries containing …

… limit of I mW, and an upper limit of heat flow of 50 W. The results of … as the thermal conductance
Ks between the two sensors also … AT across a path with a constant thermal conductivity. …

… rate calorimetry (ARC) and isothermal heat conduction … used based on the heat transfer
model of the calorimeter, which … Current was measured by a high-resolution current sensor and …

… apparatus like ARC(Accelerating Rate Calorimeter), and the heat flux sensor is … conductive
silver silicone grease was used to fill the space between the heat flux sensor and the battery …

… thermal conductivity, of pouch-type cells is introduced. Application of local heat flux measurement
with a gradient heat flux sensor … anisotropy of thermal conductivity, electric conductivity, …

… three methods of calorimetry according to the different means of heat transfer: conduction, …
[27] performed in situ measurements of heat generation rate by attaching a heat flux sensor …

… internal heating to generate a response in the heat flux sensors. Both methods result in less
… Calorimetric methods were used to determine specific heat capacity, c p . The heater block …