Quantum Coherent Entangled Hydrogen Atom Non-Locality

The discovery of a data based informational wave pattern infuses coherent entanglement into the system. This discovery of how to add coherent entanglement into the model provides the missing key, that has opened the door to understanding the universe. It is found that the inclusion of coherence and entanglement at the start of the system is extremely simple and in fact it is so simple that it has simply been overlooked. Entanglement and coherence are the most fundamental aspects of our universe. It is demonstrated that the basic model of the hydrogen atom is made from the CMB. If we add entanglement into this basic model of the hydrogen atom a math system called Wave Pattern Entangled Math is unveiled. This system of wave interference mathematics creates a data system in which entanglement and coherence can easily be understood. The final outcome is an unbreakable pattern of information, including entangled energy, entropy, spin, universal expansion, compression, velocity of light, C2, and Quantum Coherence.

新型轻质支撑剂在阿巴拉契亚盆地致密气藏的现场应用

增产处理方案设计必须实现完井效率和经济可行性的平衡。服务公司已投入了大量的研发资金，用于研制适用于致密含气层的高成本效率的处理液。这方面的研究重点一般是压裂液和携带支撑剂的粘滞液。实践已证明稀驱油液（Thin banking fluids）是适用于阿巴拉契亚盆地致密气层的最高成本效率的压裂液，但由于其携砂能力差，因此很难获得更长久而且更有效的支撑裂缝。影响裂缝中支撑剂输送的因素有多种，但最容易被忽视的一个因素是支撑剂的密度。人们已把研究重点从流体性质对携砂能力的影响转向支撑剂特性对携砂能力的影响，由此而开发出的新技术已用于解决阿巴拉契亚盆地降低成本一提高产量的难题。在组约、宾夕法尼亚、俄亥和西弗吉尼亚北部地区的几个详细的实例中记载了，为在很紧的经济条件下获得更高效益的裂缝，采用了一种新型的轻质支撑剂。本文将分析用这种新型轻质支撑剂处理的有效性，即根据气井的经济效益来判断运用这种新技术于最难对付的盆地之一是否真的既具有成本效益又提高天然气产量。运用斯托克斯定律计算表明，比重1．25g／cc的轻质支撑剂的终端沉降速度只有筛目尺寸相同（20／40）的白色渥太华砂的四分之一。采用简单的单相气体模拟模型确定不同裂缝长度条件下的初产量和累计产量。模拟结果表明，如果能够获得比较长的视有效裂缝长度，那么产量将提高，储采比则降低。