Abstract: Disclosed is a suitability evaluation method for developing underground coal gasification (UCG) engineering by utilizing a deep coal seam, including: acquiring basic geological conditions, engineering geological problems, hydrogeological conditions, contained coal quality, deep coal seam conditions, and heat and syngas components of unit coal gasification in a deep coal seam region to obtain scores of corresponding influencing factors; determining impact indexes of the geological condition and influencing factors; and determining the suitability of developing UCG engineering by utilizing the deep coal seam according to a comprehensive impact index. The suitability of developing UCG engineering by utilizing the deep coal seam is evaluated by a comprehensive analysis method.

Abstract: The present disclosure provides a test system and a method for measuring efficiency of underground coal gasification, and relates to the technical field of underground coal gasification, comprising a gasification agent supply system, a gasifier, an outlet and recycling system and a monitoring system, wherein the gasification agent is mainly injected into the gasifier and then chemically reacts with the coal by igniting the gasifier at a high temperature to generate gas, while after the gas passes through the outlet and recycling system, the composition and content are measured, and the monitoring system monitors an operating state of the gasifier, injection of the gasification agent and production of gas, temperature change in the gasification channel and ignition temperature and pressure gauge data.

Abstract: A heat conducting member is provided. The heat conducting member provided in this application includes a substrate and a heat conducting layer. The substrate includes a heat conducting surface. The heat conducting layer includes a transition layer and a protective layer. The transition layer is disposed on the heat conducting surface, and the protective layer is disposed on a surface that is of the transition layer and that is away from the heat conducting surface. Roughness Ra of the protective layer is less than or equal to 0.4. The transition layer can provide a hardness transition function between the substrate and the protective layer, to facilitate improving overall hardness of the heat conducting member. The protective layer may ensure surface hardness, to prevent an undesirable situation such as a scratch.

Abstract: Provided are modified immune cells expressing a flagellin polypeptide capable of binding to a toll-like receptor. The modified immune cell further comprises an engineered receptor. Also provided are methods and pharmaceutical compositions for cancer treatment using the modified immune cells.

Abstract: The invention discloses a pet positioning device and its social method comprising a shell, hardware and a cooperative mobile control terminal wherein hardware includes a power module, a signal-receiving module, a central processor registration management module, and a GPS transmission module, a switch, and LED lights, among which the power module, signal-receiving module, central processor registration management module and GPS transmission module are inside the shell and interconnected through electric wires while switch and LED lights are on it; the power module provides power for pet locator; signal-receiving module receives signals from SIM card; central processor handles received signals, performs conversion calculation from signals to position information and, gives command to LED lights then corresponding LED light will be lit.

Abstract: Methods for repelling flying or biting insects from an area, a human, or an animal subject are provided. The methods include treating the area, or applying to a subject or to a device worn by the subject seychellene, ?-guaiene, and ?-bulnesene, or a mixture thereof. Additional compounds including ?-caryophyllene, isocaryophyllene, ?-caryophyllene oxide, ?-caryophyllene ketone, ?-humulene, ?-patchoulene, ?-patchoulene, ?-elemene, (+)-longipinene, (?)-isolongifolene, (+)-longifolene, and linalool, clove oil, and/or patchouli oil may also be used.

Abstract: An insect trap (100) having a transparent or translucent entrapment chamber (110) with a closed upper end, an entry cone (130) disposed therein, a base (140) removably attachable to the entrapment chamber, and a lower container (180) for holding a liquid attractant removably attachable to the base (140), such that evaporating attractant from the container enters the entrapment chamber. The base includes a plurality of entry apertures (150) adapted to permit target insects to enter the trap. A support such as a slotted cone (160) is disposed in the entrapment chamber, and supports a vial (170) of solid attractant. The liquid and solid attractants are able to mix in the trap, and gradually escape through the entry apertures, to generate a plume to attract the target insects toward the entrance apertures.

Abstract: Methods for repelling flying or biting insects from an area, a human, or an animal subject are provided. The methods include treating the area, or applying to a subject or to a device worn by the subject seychellene, ?-guaiene, and ?-bulnesene, or a mixture thereof. Additional compounds including ?-caryophyllene, isocaryophyllene, ?-caryophyllene oxide, ?-caryophyllene ketone, ?-humulene, ?-patchoulene, ?-patchoulene, ?-elemene, (+)-longipinene, (?)-isolongifolene, (+)-longifolene, and linalool, clove oil, and/or patchouli oil may also be used.

Abstract: An insect trap (100) having a transparent or translucent entrapment chamber (110) with a closed upper end, an entry cone (130) disposed therein, a base (140) removably attachable to the entrapment chamber, and a lower container (180) for holding a liquid attractant removably attachable to the base (140), such that evaporating attractant from the container enters the entrapment chamber. The base includes a plurality of entry apertures (150) adapted to permit target insects to enter the trap. A support such as a slotted cone (160) is disposed in the entrapment chamber, and supports a vial (170) of solid attractant. The liquid and solid attractants are able to mix in the trap, and gradually escape through the entry apertures, to generate a plume to attract the target insects toward the entrance apertures.