Parameter diagram for the raised parts on the surface of the test specimen (a) Volume (b) Surface area (c) Height (d) Cross-sectional area. by Yang Li (7082)

Parameter diagram for the pit parts on the surface of the test specimen (a) Volume (b) Surface area (c) Depth (d) Cross-sectional area. by Yang Li (7082)

Data Set. by Yang Li (7082)

“…The results show that when the particle size of iron oxide particles increases, the surface roughness and protrusion parameters of the specimen decrease first and then increase, and the volume and number of pits continue to increase. …”

Test oil circuit circulation diagram. by Yang Li (7082)

“…The results show that when the particle size of iron oxide particles increases, the surface roughness and protrusion parameters of the specimen decrease first and then increase, and the volume and number of pits continue to increase. …”

Experiment Schedule. by Yang Li (7082)

“…The results show that when the particle size of iron oxide particles increases, the surface roughness and protrusion parameters of the specimen decrease first and then increase, and the volume and number of pits continue to increase. …”

SEM image of 10-micron iron oxide particles. by Yang Li (7082)

“…The results show that when the particle size of iron oxide particles increases, the surface roughness and protrusion parameters of the specimen decrease first and then increase, and the volume and number of pits continue to increase. …”

Particle size distribution of iron oxide. by Yang Li (7082)

“…The results show that when the particle size of iron oxide particles increases, the surface roughness and protrusion parameters of the specimen decrease first and then increase, and the volume and number of pits continue to increase. …”

Relevant parameters of test piece. by Yang Li (7082)

“…The results show that when the particle size of iron oxide particles increases, the surface roughness and protrusion parameters of the specimen decrease first and then increase, and the volume and number of pits continue to increase. …”

Update on trimethylamine N-oxide (TMAO) as a piezolyte and cryoprotectant: its role in a depth limit for marine fishes and loss from hadal fish during capture by Paul Yancey (14354982)

“…Except for teleosts (see below), these animals are osmoconformers, such that as TMAO increases with depth, other osmolytes must decrease (e.g., urea in elasmobranchs as noted above). …”

Study group background characteristics. by Zicheng Hu (3825313)

“…In this sample set, only direct <b><i>HIVE</i></b> in the <b><i>HAD</i></b> group and, to a lesser degree, in the <b><i>NSE</i></b> group was associated with elevated median albumin ratios. Minor, though not significant, increases were present in the <b><i>RxNFL+</i></b> group. …”