The model indicated that the particle collection efficiency of a disk-to-disk precipitator is a function of cold-disk deposition area, the average thermophoretic velocity, and the aerosol flowrate.
(2) In addition, we point out that iron lines from time-dependent accretion disks in their "quiescent" states should be narrow even if the cold accretion disk extends to the last stable orbit.
Pioneer 10 and 11 measured dust fluxes in interplanetary space up to 18 AU from the Sun, while the flux at larger heliocentric distances is of great interest to better understand the structure of the cold debris disk of our own planetary system.
We study the possible origin of hydrodynamic turbulence in cold accretion disks such as those in star-forming systems and quiescent cataclysmic variables.
Their results reveal that the crystalline silicate components of cold dust in the outer regions of protoplanetary disks and debris disks are hidden in the amorphous silicate components.
The la phing salad, for example, a disk of cold bean jelly, absurdly spicy, comes across as a prank.
Most of these focus on its various cloud database services, but the company is also making a major update to its low-cost Nearline cloud storage service for cold data, making its disk volumes faster, and allowing its users to bring their own encryption keys to Cloud Storage.
This was determined by measuring the disk of cold dust orbiting the star produced by collisions between such small bodies.
The compound was found in the disk's cold outer portion, similar to our solar system's comet-filled Kuiper Belt, Science magazine reported.
The far-infrared continuum opacity of cold dust is an important quantity for the study of debris disks in planetary systems and of protoplanetary disks.
The MoS2 powders (purity, ~ 99%) were cold-pressed into a disk under the pressure of 20.0 MPa.
