High-strength anti-aging essence

Abstract

The invention discloses a high-strength anti-aging essence which comprises a polyethylene film or a polypropylene film and polyethylene foamed cotton or polypropylene foamed cotton, and the thickness AZ of a flat head unit is 10% D-60% D. Through software simulation calculation, sufficient lateral stretching occlusion can be achieved within the thickness range, and the effect of improving the breaking strength of the ultra-high-strength concrete is achieved. When the thickness is smaller than 10% D, the mechanical property of the flat head unit can be influenced; the polyethylene film or the polypropylene film is a synthetic material comprising aerogel; the variety of the poplar tissue culture seedlings susceptible to infection of poplar larch puccinia rubens is NL895. According to the preparation process, ozone and superfine grinding are combined, the wall breaking rate of the traditional Chinese medicinal materials is increased through ozone, and the superfine grinding treatment time is saved. The pharmaceutical composition disclosed by the invention is good in curative effect, capable of improving metabolic activity and controlling cholesterol content, simple in process and short in preparation time, and has a good application prospect.

Description

Technical field [0001] The present invention relates to the field of aging essence technology, in particular to a high-intensity anti-aging serum. Background [0002] Ultra-high performance concrete, also known as Reactive Powder Concrete (RPC) for short, is the most innovative cementitious engineering material in the past three decades, achieving a great leap in the performance of engineering materials. [0003] The aspects of UHPC that differ from ordinary concrete or high-performance concrete include: no coarse aggregate is used, silica ash and fibers (steel fibers or composite organic fibers) must be used, the amount of cement is large, and the water-to-glue ratio is very low. UHPC is the most durable engineering material, properly reinforced UHPC mechanical properties close to steel structure, while UHPC has excellent wear resistance, explosion resistance. Therefore, UHPC is particularly suitable for use in large-span bridges, explosion-resistant structures (military enginee...

AI Technical Summary

Problems solved by technology

Although the ends of the flat arched concrete steel brazing fibers form an occlusal structure with cement, their anchoring performance is insufficient, making it prone to single-end occlusal failure. After the single-end occlusal failure, there will be a relative gap between the flat arched concrete steel brazing fibers and the cement. sliding, making the overall structure fail