3 results about "High uptake" patented technology

A dehumidifier apparatus for low dew point application is disclosed, which deploys a desiccant wheel incorporating special adsorbent materials, which are highly porous, which are either crystalline or amorphous or both or multivariate, with surface area in a range of 500 m2 / g to 10000 m2 / g, and have an high uptake in a range of X to Y at 0.1-5% relative humidity (Rh), typically referred to as adsorbent materials with Type-1 isotherm. These dehumidifier apparatuses having desiccant wheels incorporating special materials have demonstrated the ability to not only be regenerated well at temperatures of less than 100 degC, but have also shown 15-25% higher adsorption performance (water removal), for achieving desired low dew point under similar operating conditions.

A dehumidifier apparatus for low dew point application is disclosed, which deploys a desiccant wheel incorporating special adsorbent materials, which are highly porous, which are either crystalline or amorphous or both or multivariate, with surface area in a range of 500 m2 / g to 10000 m2 / g, and have an high uptake in a range of X to Y at 0.1-5% relative humidity (Rh), typically referred to as adsorbent materials with Type-1 isotherm. These dehumidifier apparatuses having desiccant wheels incorporating special materials have demonstrated the ability to not only be regenerated well at temperatures of less than 100 degC, but have also shown 15-25% higher adsorption performance (water removal), for achieving desired low dew point under similar operating conditions.

The invention provides a preparation method of an M2 type macrophage-derived cell vesicle simulant and an application of the simulant in relieving foreign body reaction after a biological 3D printed body is implanted. The M2 type macrophage-derived cell vesicle simulant is obtained by carrying out hypotonic lysis and mechanical extrusion on M2 type macrophages obtained by induced polarization. Researches find that the vesicle simulant has the typical characteristics of high yield, high uptake rate, capability of relieving foreign body reaction after the biological printing body is implanted, and the like. Therefore, the vesicle mimetics can be widely used as various bio-ink additives to alleviate foreign body reactions after implantation.