Sentence examples for sinking performance from inspiring English sources

In this research, we measured sinking performance of 88 purse seine sets on free-swimming skipjack (Katsuwonus pelamis) schools in the western and central Pacific Ocean from October 2006 to May 2013.

The results in this study showed that the sinking performance of a purse seine with a lower length-height ratio was better than a seine with a higher ratio, current speed at 120 m depth was the most important environmental factor affecting sinking depth of the purse seine.

A purse seine set is considered to have a better sinking performance if its purse line reaches a greater depth in a shorter time period, i.e., higher sinking speed and greater sinking depth.

The sinking performance models obtained from this study can be used to predict sinking behavior in relation to operational and environmental conditions, which is essential for the success of tuna purse seine operation on free-swimming tuna schools.

The sinking behavior of a purse seine is influenced by many factors (e.g. netting materials, sinker weight, length-height ratio, mesh size, purse line length, setting position, setting speed, current, wind, etc)., it may be difficult to quantify the effect these factors have on the sinking performance.

The three limits are combined to define an envelope for acceptable heat sink performance.

Effects of geometric size of strip-fin on the heat sink performance are investigated.

This leads to less resistance in the path of heat transfer within the sink and so to better sink performance.

Among various design variables, the channel width and depth are more crucial than others to the heat-sink performance.

This study presents experimental investigation of the effects of PCM material, heat sink designs and power levels on PCM based heat sinks performance for cooling electronic devices.

Channel number, channel width, bottom channel height, and bottom coolant inlet velocity were selected as search variables to achieve the optimal heat sink performance.