TW200819486A - Nano bulletproof glass - Google Patents

Abstract

According to the disclosure of the self-invented nano physical theory, all nano materials are provided with plentiful surfaces area to absorb electrons but are in the binding energy status. Because of exterior exposition, the said article is easy to accept any type of exterior energy to enhance the energy state passing through the energy gap to get into the conduction band and even to bring about the ionization. The nanoparticles with particle size below 100 nm and above 10% wt are dispersed in the transparent resin to produce the bulletproof glass materials and to provide an innovative bulletproof glass production. The characteristics are that the object is impacted by the high-speed bullet which produces strong pressure shock waves, and after the air boundary reflection, the said object results in the disintegration but the bullet has an advantage to pass through. The nanoparticles' surfaces having absorbing electrons in the bulletproof glass can effectively absorb the shock wave energy by enhancing the energy state to achieve the high efficiency bulletproof purpose.

Description

200819486 IX. Description of the Invention: [Technical Field] The nanoparticle having a particle diameter of 100 nm or less and 10% wt· or more is dispersed in a transparent resin to form a nano resin to produce a nano-ballistic glass, which is characterized by: When the glass is bombarded and a destructive shock wave occurs, when it passes through the surface of the nanoparticle, the energy of the electron adsorbed on the surface of the nanometer will be greatly increased, thereby effectively absorbing the seismic energy to achieve high-efficiency bulletproof purposes. . [Prior Art]

U The bullet-proof glass used during the Second World War consists of a multi-layered glass plate that is made of a liquid rubber to bond the multiple layers of glass sheets into one body, with a thickness of up to 1 〜 to 120 nm, and is extremely heavy. Recently, the polycarbonate rubber molding resin with excellent shock absorbing function has been used to replace the previous liquid rubber, and the layer is sandwiched between ordinary glass to form a laminated bulletproof glass. Although the ballistic function has been improved, the thickness of the laminated glass is usually 70~75nm, still too heavy, and need to be improved. In this (2〇〇6), September u 之 之 我国 我国 我国 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 126 The scientific principle of the non-meter bulletproof glass body. [Summary of the Invention] When the ruler is taken! Time: The area ratio of the 面 face atom is very high. As a residual bond, it is in a state of extreme instability. At this time, the initial ecological nano-body has a strong chemical reduction positive charge and leaves the ground atmosphere negatively charged. Because the surface of the nano-soil is thin, the powder of the nano-nano is formed immediately, and it is immediately taken to the end of the week, and it is tempered by the electrons of 200819486 ΐίϊίίί, so the surface of the nano-body usually has two electrons on the surface of the rice. Inductance measurement 11 close to the nano-body can confirm that the residual surface of the surface of the Nai surface is mostly a strong covalent bond, so the crystal structure is in a bound state. If the material has a potential energy gap (3), ^_ is in the parity band (2) the highest (four) body silk secret material Helang ν-type semi-conducting electrons (Shi V, one of which is the nano-body with a rich negative , Γ 半 type semi-conducting two non-sub ==== mouth =, green grade material gift 4 and cake can be Ξ. In the picture of a younger brother, 'when the surface absorbs electrons, the energy obtained is greater than the energy of the electron, then it enters conduction. With the (1); as shown in the second figure, the four sides of the "electric ^ ϊ, ίί can be separated from the surface of the nanomaterial into a free mass to capture the electric gut from the base, and then the surface free radicals are again to the surrounding objects. The effect is that the nano-powder with higher seismic impedance 2 = the lower seismic impedance of the bonding material 3, that is, the shock absorbing material is formed, such as the third interface seismic wave entering the nano-material, the seismic wave (pressure wave) is in the two substances Tannin. 1 shock wave velocity %, mass point = mass 2 in degree, force A, when it arrives to accept material 2, pressure ίίί ΐ thief speed changes from a to ~, parallel reflection and penetration action at this time is divided into ίί speed cut, S1 wears human shock wave velocity for k roots and 4 and conservation of momentum] (1) (2) ^s\+P0lUsl =0 ^'^=p^sl{up2-uply

S\^ PI

P1 = PoiU^U (3) (4) 200819486 •^2 ~ Ρ〇2^2^Ρ2 , the center of the formula, /?. 2 is the mass density when the shock wave is not reached, and the formula (1) to (4) is used to obtain the ·· =__^Poi^Sl PI P〇l^Sl + P〇2^S2 1 =:_2p02L^2 — Pi P 〇\Usl + pQ2Ut (5) S2 (6)

The shock absorption of the new absorber can be analyzed by the formulas (5) and (6); Consider the following rain type h: J j), the wave from the car and the low impedance of the wave (A) of the combination of the material into the higher seismic impedance ^02 S2) of the nanoparticle, the relationship, that is, get $ > Bu" 2 2Ϊ1. This result indicates that the reflected wave is a shock wave (pressure wave). As far as the energy is concerned, the 'two' non-meter material particles have the ability to return the pressure wave energy to the bonding material, so that the pressure is large, and this increases the compression energy consumption. Both the binder and the nano-particles are coagulated, and the two compression ratios are very small, so the compression energy consumption effect is not good.,, and b) the combination of the high-shock impedance of the shock wave (outside you) into the human city) In the case of material, due to the deterrent relationship, you get: Ρ23. P2> t/P1. This result indicates that the reflected wave is a dilution wave (tension wave). The electrons on the surface of the nanometer that are rushed by the second 2's ## will be absorbed by the surface of the surface. The shock wave (supersonic pressure wave) leads the bullet forward. When the interface with the air is reflected, the reflected wave is generated, and the wave (supersonic tension wave) is applied to the object material by the tensile force. The movement direction blame and the direction of the bullet travel in the direction of the bomb to alleviate the obstacle, so the dilution wave is to encourage the bullet to penetrate the body of the traitor 200819486. The necessary condition for the smashing is a strong shock absorbing function. According to the lack of 4 basis, the shock absorption Wei of the material can be obtained. At present, the thick sandwich panel of the two soils and the transparent plate is used as the bulletproof glass to improve the space. The author studies the theory of nano integration and finds the nanometer. The material is ΐί, the surface of the 吸 吸 f f ' 如 如 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈 奈Body surface into the earthquake The wave impedance is smaller Γ ο First: ΐ ΐ: The line i emits a dilute wave. At this time, the surface attracts electrons, and the surface is absorbed by the electrons on the surface of the low-energy surface. Thereby, the seismic wave can be effectively absorbed. [Embodiment] The nanometer-sized shock absorbing material powder 2 having a particle diameter of less than nm and 10 to _ impedance is used by a direct blending method or a transfer method (for example, nanometer oxidation 1, Dikasan trioxide or nanocarbonate scales, scattered in the lower seismic impedance of the tree such as polymethyl methacrylate forging (known as acrylic resin PMMA) or polycarbon to produce nano bulletproof glass, Using the conventional resin processing and forming technology, 'the nano bulletproof glass body i as shown in the third figure. [Simple description of the figure] Straight two a is the energy level diagram of the electrons adsorbed on the surface of the nanometer. : Energy level map of metal surface conduction electrons. Cover is: nano bulletproof glass body. 8 200819486 [Main component symbol description] First picture number: (1) Conductive tape 5 (2) - valence band, (3) - Energy gap, 0—the highest energy level of the valence band is zero.

Ea—the surface absorbs the ground state energy of the electron,

Eg--the lowest energy level of the conduction band, _ Ε - the highest energy level of the conduction band, Ed = Eg-Ea. Fig. 1 · 1-- work function, ( Ερ - - -Fermi energy level, E〇---the energy required to remove the surface conduction electrons from the lowest energy level 0, 0 - the lowest energy level of the conduction band is Zero, 1--conducting band '2---vacuum, 3---surface. Figure 3: 1--Nano bullet-proof vitreous. 2—Nano-grade particles with higher seismic impedance. Resin (bonding material) with lower seismic impedance.

Claims (1)

200819486 X. Patent application scope: 1. Two kinds of nano bullet-proof vitreous bodies are based on the revealing of the self-made nano-integrated physics, and the surface absorbing electrons of the two materials are all when they are affected by the shock wave. = Hunting enhances its test, the effect of Wei Zhenbo can prevent bullets, so that the nano-sized powder with particle size below l〇〇nm and 10~_wt can be dispersed by direct blending or sol-gel method. Through the resin, the resin is used to produce the nano-elastic glass material, and the conventional resin processing technology is used to produce a glass bulletproof glass body as shown in the third figure. μ 2· 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料 料A nano-sized powder such as aluminum or calcium carbonate; and a translucent resin means, for example, an acrylic resin (Pen JA) or a polycarbonate resin.