Patch Adams

Migraines affect nearly 28 million people or 12% of the population in the United States. Migraines are typified by moderate to severe head pain. The head pain is often accompanied by one or more of the following; nausea, photophobia, phonophobia or vomiting. Migraines are considered a chronic neurological disorder. The incidence of migraine related nausea (MRN) is very high among migraneurs. Roughly 90% of patients experience MRN at one time or another. Roughly 50% of patients report experiencing

Introduction For this case study I am going to discuss 3 health promotions, the 3 health promotions I will be discussing are; obesity, exercise and smoking. All 3 of these health promotions are from a patient whose care I was involved with for a number of weeks. I have gained full consent from the patient and their relatives. In relation to the Data Protection Act 1998 (Legislation.gov.uk, 1988) and the Human Rights Act 1998 (Legislation.gov.uk, 1998). I have also gained full consent from the manager

The Microstrip patch antenna has a dielectric substrate with a radiating patch and the feed lines are etched on one side and a ground plane on the other side. The shape of the patch is not constrained (could be square, rectangular, circular, triangular or elliptical) and it is generally made of conducting material such as copper or gold. These antennas are mostly used at microwave frequencies, the fringing fields between the patch edge and the ground plane cause the microstrip patch antennas to radiate

2 2 Microstrip Patch Antenna Array Fed by Substrate Integrated Waveguide for Radar Applications Chandan Baranwal, ME, BIT Mesra Abstract—A 2 2 microstrip patch antenna array fed by a sub-strate integrated waveguide (SIW) feeding network for 24-GHz radar applications is suggested in this paper. The microstrip patches are aperture-coupled with the feeding network comprising of a perpendicular coax-to-SIW transition and two Y-junction power dividers. The antenna design is performed in the

If we set the receive antenna gain is G_R, and λ=c/f is the wavelength (in meters), c=3×〖10〗^8 m/s, the effective area A of the transmit antenna is: A=G_R λ^2/4π (2.2) Then, the received power as a function of distance d can be calculated as: P_R (d)=(w∙A)/L=(P_T G_T G_R λ^2)/((4π〖d)〗^2 L) (2.3) where L (L≥1) is the system loss factor. Commonly, we set G_T=G_R=L=1 in simulations for easier calculation. From the formula

CHAPTER 3 MICROSTRIP PATCH ANTENNA 3.1 INTRODUCTION In high-performance spacecraft, satellite and aircraft, where low size, low weight, moderate cost, ease of installation are constraints, low profile antenna may be required. To meet these requirements, microstrip antennas can be used [1], [18]. Microstrip antenna technology has been the most rapidly developing topic in the antenna field in the last fifteen years, receiving the creative attentions of academic, industrial, and government engineers

Outcomes of a one-time telephone intervention for smoking cessation in adults In adult smokers, of all races and genders, between ages 18 and 50 years old, living in Urban areas of the United States (P), how effective is nicotine replacement therapy (I) compared to counseling with nicotine replacement therapy (C) in complete smoking cessation (O) within six months (t)? The purpose of the study is to evaluate the effectiveness of a onetime telephone counseling session in addition to nicotine replacement

1Fentanyl is a powerful synthetic opiate analgesic, which has a primary function in managing malignant and non-malignant contractible pain, similar to morphine however it is more potent. This is because fentanyl has an octanol-water partition of 9550 compared to morphine, which has 6. This effectively demonstrates that fentanyl is highly lipid soluble, crossing the blood brain barrier more rapidly. Hence it has a quicker reaction time but at a shorter duration compared to morphine. It is commonly

rectangular shaped defect structures. Therefore it is very good option to extend its practical applications. In my project, I have designed and simulated microstrip patch antenna at operating frequency 2.4GHz using HFSS software .It has Substrate (FR4) having dielectric constants of 4.4.I have designed single patch antenna without DGS, 2x1 array antenna and 4x1 array antenna without DGS ,4x1 array antenna with DGS (Dumbbell shaped , Double Circular shaped, E-shaped) and analyze the results

A microstrip antenna consists of conducting patch and a ground plane separated by dielectric substrate. The early work of Munson on microstrip antennas for use as a low profile flush mounted antennas on rockets and missiles showed that this was a practical concept for use in many antenna system problems. Different mathematical models were developed for this antenna and its applications were extended to many other fields. The number of articles published in the journal papers for the last ten years