Sentence examples for dipping speed from inspiring English sources

Fig. 2 SEM morphologies of the AgNWs/PVC/AgNWs films prepared with different dipping speed and lifting speed by the dip-coating process: a dipping speed = 40 mm/min, lifting speed = 100 mm/min; b dipping speed = 50 mm/min, lifting speed = 100 mm/min; c dipping speed = 60 mm/min, lifting speed = 100 mm/min; d dipping speed = 70 mm/min, lifting speed = 100 mm/min.

Fig. 5 FOM value of a different lifting speed when the dipping speed is 50 mm/min and b different dipping speed when the lifting speed is 100 mm/min.

The PVC film was vertically fixed on the dip arm and moved down into the AgNWs suspension at a dipping speed of 40~70 mm/min.

From Fig. 2, it can be seen that the dipping speed and lifting speed also has great influence on the structure of the films.

Figure 2 presents the SEM images of AgNWs films (Side 1) fabricated by the dip-coating process with different dipping speed and lifting speed.

From Table 1, it can be found that the dipping speed and lifting speed are the important factors to influence the photoelectric properties of the AgNWs/PVC/AgNWs.

The dip speed and dip interval of the reciprocating holder were critical operational parameters of 400-DS dissolution apparatus 7 that affected the drug release rate of a sustained release pellet during the individual dissolution study.

I stare at this clever, charming man, with a brain that's a cross between a steam train and a butterfly, and a silver tongue that's been dipped in speed, and piercingly intelligent eyes, and (artfully?) uncoiffed hair, and wonder how on earth he keeps himself stimulated, how on earth he sets himself new challenges.

The plate was dipped (vertical speed: 2.5 cm/s and immersion time: 1 s) using the Chromatogram Immersion Device (CAMAG).

In order to optimize the solar absorptance of the coatings, relevant parameters such as concentrations of cobalt and copper, copper/cobalt concentration ratios and dip-speed were investigated.

The optimal coating with α = 83.4% was produced using 0.25 M copper acetate and 0.25 M cobalt chloride (Cu/Co ratio = 1) with dip-speed 120 mm/min (four cycles).