2012年12月13日 · Heat flux is in reference to the "balancing act" between wire gauge/length, physical wrap count/coil ID that will actually fit in the atomizer and coil temperature per wattage applied... in this instance, radiant heat is expressed in milliwatts divided by square millimeters of surface area, or mW/mm².

2014年7月12日 · The heat flux refers to how much heat energy (in this case, power/watts is used to represent heat) is given off from a unit area (mm^2) of the coil's surface. Very technically speaking, the units used are in shambles, but you get the rough idea, which is probably intended by the app maker.

2016年6月1日 · You started with the T3 Triple coil head, heat dissipation was nominal for me with this and the Q4 Quad coil, though after about 5 minutes or so chain vaping the tank gets hot regardless, especially the Q4 (Single "4" wire parallel coil <----Take Note Here on number of wires in this coil, where the T3 is 3 separate coils separated from each other).

2015年12月23日 · Where Heat Flux come in Handy is once do a Build that you like, plug in the Values of the Coil and you r Wattage and then Remember the Heat Flux Number. You can use it as a Baseline for other Builds. And it you make a Build with a Similar Heat Flux, but with Different Ohms/Geometry/Wattage, you should get a Hit that you will probably like also.

2017年9月21日 · 150 mW/mm² heat flux: 136 watts 4-strand 28 gauge twisted dual coil, 3 mm @ 0.25 ohms (8/7 wrap) Heat capacity per coil: 118.15 mJ/K 150 mW/mm² heat flux: 135 watts Both have the same resistance, same heat flux, and similar total wire length (just +1 wrap on the 4-strand 28 gauge twisted coils). Yet the 4-strand twisted coil's heat capacity ...

2015年2月23日 · Gives me a heat flux of 190 at 30 watts, surface area of 155 mm. Good wet vape with great flavor and wicking on a istick 50 with a magma. I guess if i'm wrong about the wicking and dry hits relation to ID then I should try something with similar flux …

2017年1月27日 · It has no bearing on the amp draw. It will, of course, affect the characteristics of the vape, but even then coil mass and heat flux are far more important factors. In fact, by and in itself resistance doesn't mean much at all. Sent from my K6000 Pro using Tapatalk

2014年8月18日 · For a given output, say 11 watts, and a resistance of around 2.0Ω... 32 gauge has a nice warm heat flux of 392 mW/mm², while 28 gauge has a stone cold heat flux of 98 mW/mm² ("heat flux" is a measurement of radiant heat in milliwatts per square millimeter).

2015年4月17日 · Notice the heat flux, on the right side in the Results window, is 266 mW/mm² (miliwatts per square mm of coil surface area). That will be a cool vape which will probably do best in a atty witch has a moderate amount of air flow. What atty are you using? If you change the wire gauge to 26 you get a heat flux of 133 mW/mm² which will be a lousy ...

2017年4月6日 · Check steam-engine.org to check coil builds suitable for you, and forget about resistance and base your builds on the ideal heat flux and coil mass for your desired power instead. Sent from my K6000 Pro using Tapatalk