Bipolar Disorder

Lucas Caine is an average high school student leading an uneventful life in a small town. He plays on the football and basketball teams, and has a crush on a girl, Elizabeth, who barely knows that he is alive. That is, until something rare happens in this small town: a new family moves in. Enter Jake Schofield: an enigmatic and mysterious character who is in the same grade as Lucas and Elizabeth. Immediately Jake does something that causes Lucas and the girl of his dreams to come together, and they start to figure out that something is wrong with Jake and that he has a thing for Elizabeth as well. As Lucas tries to unravel the mystery of Jake’s past, Jake is busy causing trouble for Lucas and his friends, leading to a crash bang climax between Jake and Lucas. Then Lucas’ life may never be the same…

        This is the story of a struggle through continuous assaults while having an alcoholic mother who ignored and neglected her child’s cries for help. It begins with a seven year old, a victim of sexual assault. I share relationships, dating habits, and a date rape in my twenties, how I met my husband, became a mother, and the struggles I endured with health issues through many surgeries. It also deals with great pain and loss, depression, and how my bipolar disorder went undiagnosed until I was 35. My marriage slowly deteriorated, in the final stages leaving me suicidal, alone, and eventually divorced.        I want to share my life story with others so anyone who has been a victim or grew up in a dysfunctional environment will see that they, too, can overcome victimization of a childhood sexual assault, and see that no matter how alone I felt, God’s love and protection was and is always with me.       *Victory over victimization!*

This digital document is a journal article from Journal of Aerosol Science, published by Elsevier in . The article is delivered in HTML format and is available in your Amazon.com Media Library immediately after purchase. You can view it with any web browser.Description: Particle charging during coagulational growth is widely used in material synthesis processes as well as with industrial particle removal equipment. Coagulation behavior of charged particles is significantly different from that of neutral particles. To calculate the change in size/charge distribution of particles undergoing bipolar coagulation, a two-dimensional sectional model has been usually used. This method, however, needs considerable computation time although it gives very accurate prediction. In this study, the moment model, to solve the bipolar coagulation problem in the free-molecule regime, was developed to provide a time-efficient tool. Simultaneous particle charging by bipolar ions was also considered in this study. The developed model is based on the assumption that particles cannot have more than one unit charge and the particle size distribution remains log normal. The developed model was compared to the two-dimensional sectional model, with good agreement being shown. Some characteristics of bipolar coagulation were investigated using the developed model. The bipolar coagulation with simultaneous bipolar diffusion charging was shown to significantly increase the coagulation rate compared to the neutral Brownian coagulation. It was also shown from the simulation results that if one needs a higher coagulation rate in the initial stage, bipolar coagulation without ions is recommended, while bipolar coagulation with simultaneous charging by bipolar ions should be used if one wants a high coagulation rate for a long time.