Health reform (research paper) Essay Example | Topics and Well Written Essays - 3000 words

Health reform (research paper) - Essay Example to ensure customer satisfaction and preferences, to focus on value between providers and insurers, and to minimize the burden on tax payers (Haislmaier 2006). The major aspect of the Massachusetts legislation is the conception of the Connector – a statewide health insurance. Connector will act as a â€Å"private sate-government chartered (Haislmaier 2006)† one-stop shop ort office where individuals and business employers who have employees numbering from fifty (50) and below will be capable to pay for personal and transferable health insurance coverage (Haislmaier 2006). Underinsurance is a major concern for Massachusetts residences since some individuals will prefers to purchase health plans that entails high cost of sharing to be able to bring lower premiums monthly; and restricted benefits (Long 2008). These factors causes higher health care costs per person and can be the reason why most will choose to go without some benefits of a health care plan just to avoid excess health care expenses (Long 2008). Hence when this happens, workers who earn high salaries are covered for any serious injury or illness; while moderate and low income earners will encounter difficulties if the fee for the care which they will need will exceed the coverage of their chosen health insurance plan (Long 2008). The health reform in Massachusetts paved way to having a low rate of universal individuals during its first year of execution. This likewise involved reduction of financial expenses in acquiring health care and enhancement of access to it (Long 2008). Issues surrounding the provisions of the health reform in Massachusetts are concentrated on two aspects which are: that Massachusetts residents must buy a health insurance, and business that have more than ten (10) employees or personnel which do not provide their workers any health insurance should make payments to the state’s compensated care pool for a per worker contribution scale (Haislmaier, 2006). To straighten

Best Dining Experience Essay Example for Free

Best Dining Experience Essay My favorite food is Mexican. Being from Arizona, Mexican restaurants are not as good here in Iowa. Although my favorite Mexican food to eat here is from my grandmother’s kitchen; there are a few restaurants my friends and I enjoy eating at. A few of my girlfriends and I have made Margarita Wednesdays a tradition in the summer time at La Casa. My brother, sister and I go to Los Cabos at least once a month in West Des Moines, which is an amazing delicious Mexican restaurant. I also like Monterrey in Altoona because it’s so close to my house, but no restaurant can compare to Tiki Tok in Mexico. My best friend and I were feeling spontaneous so we took a week off work and went on a cruise. We both found it difficult to eat on the ship because we were continually getting sea sick. I’ll never forget the fishy, chewy, and crunchy taste of the little shrimp and cocktail sauce going down my throat, or the unpleasant feeling I had when it was coming up. The only bad memory of my trip was praying that my legs would stop shaking and that my journey would hopefully reach an end so I could stand on solid ground. Other than being sea sick for the first day; I had a blast on the cruise! I got the opportunity to see many things and visit quite a few places. One of the ports of call was Cozumel, Mexico, and my friend Alexandra and I decided we wanted to try some real Mexican food. Of course, we were a little concerned about getting sick, but Im glad to say that didnt happen. We asked on the ship where the best place for Mexican food was, but they said that anywhere along the main shopping strip would be good. We then found a place called the Tiki Tok. The place was on the second level of a building. We sat out on the little balcony that they had. They had covered it with sand. The view from the restaurant was amazing. I was hypnotized by the vibrant colors and the employees’ of the restaurants equally vibrant lifestyles. I remember feeling jealous of the workers because they would get to go back to Tiki Tok tomorrow and the day after that, but I wouldn’t. The walls were an explosion of colorful textiles and every color of paint one could think of that was as bold as can be. Vases were on every table with burnt orange and deep yellow dried peppers inside. The chairs at the dining tables were made of a Mexican Serape material. The colors, the fringe, and the feel of it gave the restaurant even a stronger Mexican energy. My favorite part of the restaurants decor was the little cactus lights that strung amongst all the walls connecting each bulb to the wrought iron chandelier in the middle of the room. When one first enters the restaurant the Mariachi band is one of the most noticeable features. Three men were dressed in black with button up shirts and decorative sombreros all standing in the corner of the room. Two men had violins and the third was handling a guitar. As we took our seats the band started playing lively music and a few older couples got up and danced fearlessly. Everything in the restaurant was bold excluding my bashful personality; otherwise I would have danced too. I was in a trance watching the people dance with one another until the Mariachi band shouted in sync, â€Å"AY! † causing me to be brought back to the present. It was then that I had realized how hungry I was. The menu prices were in pesos, so it looked like everything was really expensive, but it wasnt. We ordered the hot and spicy red enchiladas which were about 60 pesos, and they also brought us chips and salsa. The chips were a little bit thicker than you would get here in the US, and there were three different types of salsas. There was a regular pico de gallo, then there was one made with tomatillos, and the last was a pineapple cilantro salsa that was actually really tasteful. Lexi and I have never had pineapple cilantro salsa before, so we weren’t sure whether it was going to be appetizing or not. After stuffing myself with chips our food finally arrived. It was just about the yummiest thing Ive ever had. The red sauce for the enchiladas was a little bit different than what Ive had here, but I cant tell you how. It was more delicious over there though. There was chicken inside the enchiladas and a touch of sour cream on top. We took the extra salsa we hadn’t demolished with the chips and smothered our enchiladas with it. I ate every last bite of it and was so full afterwards! The amazing food I had in Mexico was the best Mexican food I have ever had. I remember the smell of the ocean and sweet salsa at the same time. The bright colored sombreros and the ocean front view was an amazing sight to see while enjoying the food as well. Anytime I think about Mexico I think about the short beach chairs, sand between my toes, all the smells of the restaurant, laughing with my best friend and delicious enchiladas. This will be a memory that would be difficult to forget because we took so many pictures of the restaurant and it was the best eating experience I’ve had yet. Im really glad that my friend and I were able to have this dining experience together. Alexandra and I enjoyed it very much!

Structure And Applications Of Tesla Coil Engineering Essay

Structure And Applications Of Tesla Coil Engineering Essay A Tesla coil is a type of resonant transformer circuit invented by Nikola Tesla around 1891. It is used to produce high voltage, relatively high current, high frequency alternating current electricity. Tesla used the coils to conduct innovative experiments in electrical lighting, phosphorescence, x-ray generation, high frequency alternating current phenomena Tesla coil circuits were used commercially in sparkHYPERLINK http://en.wikipedia.org/wiki/Sparkgap_transmitter gap radio transmitters for wireless telegraphy until the 1920, and in electrotherapy and medical devices such as violet ray. Today their main use is entertainment and educational displays. Tesla coils are built by many high-voltage enthusiasts, research institutions, science museums and independent experimenters. Modified Tesla coils are widely used as igniters for high power gas discharge lamps, common examples being the mercury vapor and sodium types used for street lighting. Tesla Coil principle A Tesla coil transformer operates in a different manner than a conventional (i.e., iron core) transformer. In a conventional transformer, the windings are very tightly coupled, and voltage gain is limited to the ratio of the numbers of turns in the windings. However, unlike a conventional transformer, which may couple 97%+ of the magnetic fields between windings, a Tesla coils windings are loosely coupled, with the primary and secondary typically sharing only 10-20% of their respective magnetic fields and instead the coil transfers energy (via loose coupling) from one oscillating resonant circuit (the primary) to the other (the secondary) over a number of RF cycles. As the primary energy transfers to the secondary, the secondarys output voltage increases until all of the available primary energy has been transferred to the secondary (less losses). Even with significant spark gap losses, a well designed Tesla coil can transfer over 85% of the energy initially stored in the primary capacitor to the secondary circuit. Thus the voltage gain of a disruptive Tesla coil can be significantly greater than a conventional transformer, since it is instead proportional to the square root of the ratio of secondary and primary inductances. In addition, because of the large gap between the primary and secondary that loose coupling makes possible, the insulation between the two is far less likely to break down, and this permits coils to run extremely high voltages without damage. Alternate Tesla Coil Configuration This circuit also driven by alternating currents. However, here the AC supply transformer must be capable of withstanding high voltages at high frequencies. Electrical transmission A large Tesla coil of more modern design often operates at very high peak power levels, up to many megawatts (millions of watts). It should therefore be adjusted and operated carefully, not only for efficiency and economy, but also for safety. If, due to improper tuning, the maximum voltage point occurs below the terminal, along the secondary coil, a discharge (spark) may break out and damage or destroy the coil wire, supports, or nearby objects. Tesla experimented with these, and many others, circuit configurations. The Tesla coil primary winding, spark gap and tank capacitor are connected in series. In each circuit, the AC supply transformer charges the tank capacitor until its voltage is sufficient to break down the spark gap. The gap suddenly fires, allowing the charged tank capacitor to discharge into the primary winding. Once the gap fires, the electrical behavior of either circuit is identical Tuning precautions The primary coils resonant frequency should be tuned to that of the secondary, using low-power oscillations, then increasing the power until the apparatus has been brought under control. While tuning, a small projection (called a breakout bump) is often added to the top terminal in order to stimulate corona and spark discharges (sometimes called streamers) into the surrounding air. Tuning can then be adjusted so as to achieve the longest streamers at a given power level, corresponding to a frequency match between the primary and secondary coil. Capacitive loading by the streamers tends to lower the resonant frequency of a Tesla coil operating under full power. For a variety of technical reasons, toroids provide one of the most effective shapes for the top terminals of Tesla coils. Air discharges A small, later-type Tesla coil in operation. The output is giving 17-inch sparks. The diameter of the secondary is three inches. The power source is a 10000 V, 60 Hz current limited supply. While generating discharges, electrical energy from the secondary and toroid is transferred to the surrounding air as electrical charge, heat, light, and sound. The electric currents that flow through these discharges are actually due to the rapid shifting of quantities of charge from one place (the top terminal) to other places (nearby regions of air). The process is similar to charging or discharging a capacitor. The current that arises from shifting charges within a capacitor is called a displacement current. Tesla coil discharges are formed as a result of displacement currents as pulses of electrical charge are rapidly transferred between the high voltage toroid and nearby regions within the air (called space charge regions). Although the space charge regions around the toroid are invisible, they play a profound role in the appearance and location of Tesla coil discharges. When the spark gap fires, the charged capacitor discharges into the primary winding, causing the primary circuit to oscillate. The oscillating primary current creates a magnetic field that couples to the secondary winding, transferring energy into the secondary side of the transformer and causing it to oscillate with the toroid capacitance. The energy transfer occurs over a number of cycles, and most of the energy that was originally in the primary side is transferred into the secondary side. The greater the magnetic coupling between windings, the shorter the time required to complete the energy transfer. As energy builds within the oscillating secondary circuit, the amplitude of the toroids RF voltage rapidly increases, and the air surrounding the toroid begins to undergo dielectric breakdown, forming a corona discharge. As the secondary coils energy (and output voltage) continues to increase, larger pulses of displacement current further ionize and heat the air at the point of initial breakdown. This forms a very conductive root of hotter plasma, called a leader that projects outward from the toroid. The plasma within the leader is considerably hotter than a corona discharge, and is considerably more conductive. In fact, it has properties that are similar to an electric arc. The leader tapers and branches into thousands of thinner, cooler, hair like discharges (called streamers). The streamers look like a bluish haze at the ends of the more luminous leaders, and it is the streamers that actually transfer charge between the leaders and toroid to nearby space charge regions. The displacement currents from countless streamers all feed into the leader, helping to keep it hot and electrically conductive. In a spark gap Tesla coil the primary-to-secondary energy transfer process happens repetitively at typical pulsing rates of 50-500 times per second, and previously formed leader channels dont get a chance to fully cool down between pulses. So, on successive pulses, newer discharges can build upon the hot pathways left by their predecessors. This causes incremental growth of the leader from one pulse to the next, lengthening the entire discharge on each successive pulse. Repetitive pulsing causes the discharges to grow until the average energy thats available from the Tesla coil during each pulse balances the average energy being lost in the discharges (mostly as heat). At this point, dynamic equilibrium is reached, and the discharges have reached their maximum length for the Tesla coils output power level. The unique combination of a rising high voltage Radio Frequency envelope and repetitive pulsing seem to be ideally suited to creating long, branching discharges that are considerab ly longer than would be otherwise expected by output voltage considerations alone. High voltage discharges create filamentary multi-branched discharges which are purplish blue in color. High energy discharges create thicker discharges with fewer branches, are pale and luminous, almost white, and are much longer than low energy discharges, because of increased ionization. There will be a strong smell of ozone and nitrogen oxides in the area. The important factors for maximum discharge length appear to be voltage, energy, and still air of low to moderate humidity. Tesla Coil components The simplest Tesla Coil consists of only 6 basic parts shown in the photograph on the left:- The Neon Sign Transformers (shown bottom left) provide the high voltage supply which is required to operate the spark gap. Power from the transformers charges the bank of high voltage capacitors (shown bottom right.) Energy from the capacitors is transferred into the primary winding when the spark gap fires. The spark gap (shown bottom centre) is an RQ style static gap with forced air cooling. Energy in the primary coil is transferred into the secondary coil by magnetic coupling between the two coils. When the energy is transferred to the secondary coil it results in an extremely high voltage at the top of the secondary. The toroid is the last stopping place for the electricity before it jumps into the air. Spark Gap The spark gap is basically a high power switch. It is the spark gap which is responsible for initiating the discharge of the tank capacitor into the primary winding of the Tesla Coil. It turns-on when sufficient voltage exists across the spark gap. The air in the gap ionizes and begins to conduct electricity like a closed switch. The spark gap turns-off when the current flowing through it drops to a low level, and the air gap regains its insulating properties. When used in this way as a switch, the spark gap has the following properties:- High voltage hold-off capability in the off-state, High current carrying capability in the on-state, Extremely fast turn-on time, Physically scalable to almost any power rating, Good overload margin, (robust) A typical Tesla Coil circuit diagram How Tesla Coils Work A classic Tesla coil consists of two inductive-capacitive (LC) oscillators, loosely coupled to one another. An LC oscillator has two main components, an inductor and a capacitor. An inductor converts an electrical current into a magnetic field or a magnetic field into a current. Inductors are formed from electrical conductors wound into coils. Capacitors consist of two or more conductors separated by an insulator. A capacitor converts current into an electric field or an electric field into current. Both magnetic fields and electric fields are forms of stored energy. When a charged capacitor (U=CV2/2) is connected to an inductor an electric current will flow from the capacitor through the inductor creating a magnetic field (U=LI2/2). When the electric field in the capacitor is exhausted the current stops and the magnetic field collapses. As the magnetic field collapses, it induces a current to flow in the inductor in the opposite direction to the original current. This new current ch arges the capacitor, creating a new electric field, equal but opposite to the original field. As long as the inductor and capacitor are connected the energy in the system will oscillate between the magnetic field and the electric field as the current constantly reverses. The rate at which the system oscillates is given by (the square root of 1/LC)/2pi. One full cycle of oscillation is shown in the drawing below. In the real world the oscillation will eventually damp out due to resistive losses in the conductors (the energy will be dissipated as heat). In a Tesla coil, the two inductors share the same axis and are located close to one another. In this manner the magnetic field produced by one inductor can generate a current in the other.. The primary oscillator consists of a flat spiral inductor with only a few turns, a capacitor, a voltage source to charge the capacitor and a switch to connect the capacitor to the inductor. The secondary oscillator contains a large, tightly wound inductor with many turns and a capacitor formed by the earth on one end (the base) and an output terminal (usually a sphere or toroid) on the other. While the switch is open, a low current flows through the primary inductor, charging the capacitor. When the switch is closed a much higher current flows from the capacitor through the primary inductor, The resulting magnetic field induces a corresponding current in the secondary. Because the secondary contains many more turns than the primary a very high electric field is established in the secondary capacitor. The output of a Tesla coil is maximized when two conditions are met. First, both the primary and secondary must oscillate at the same frequency. And secondly, the total length of conductor in the secondary must be equal to one quarter of the oscillators wave length. Wave length is equal to the speed of light divided by the frequency of the oscillator. Uses of Tesla coil Two variations of the Tesla coil are found in everyday devices, the CRT display and the internal combustion engine. Every CRT type display (televisions, computer monitors, etc.) uses a small Tesla coil, usually referred to as a fly back transformer in this application, to provide the high voltage necessary to accelerate electrons from the electron gun in the narrow end of the picture tube to the phosphors coating the inside of the screen. An oil filled Tesla coil, known as an ignition coil, is found under the hood of all internal combustion powered automobiles. It provides the high voltage to fire the spark plugs. Tesla coils have also been used to provide special effects for the entertainment industry.

kafka Essay -- essays research papers

Mistreatment from the 1800’s is Still Reflected in Modern Day Society   Ã‚  Ã‚  Ã‚  Ã‚  Ã¢â‚¬Å"The father’s explanations were to some extent the first pleasant news that Gregor got to hear since his imprisonment.† (p. 1654) In the story The Metamorphosis, by Franz Kafka, the character Gregor undergoes a metamorphosis into an insect and experiences what it’s like to feel imprisoned and mistreated within his own home. Throughout the story he continuously is mistreated by his family and sadly still reflects modern day families and society.   Ã‚  Ã‚  Ã‚  Ã‚  Gregor family consisted of his father, his mother and his sister Grete. Before Gregor had turn into an insect he was the main provider of income and covered all expenditures for his family. Gregor was the only person that worked in his family and was a traveling salesman. Therefore, his parents and sister stayed at home and did nothing while Gregor worked everyday. Kafka describes Gregor’s father as having an â€Å"†¦unsuccessful life† and â€Å"he had grown very fat, becoming rather clumsy.†(p. 1655). His father at one point owned his own business but it had collapsed five years earlier from the day of Gregors transformation. However his father still remained to have a strong sense for business. His mother was lazy and found to be less intelligent then the rest of the family. She also was not working. Kafka states, And perhaps the old mother go to work-she, who suffered from asthma, who found it strenuous just walking through the apartment, and who spent every other day on the sofa grasping for air by the open window? (p.1655). His sister was seventeen, kind to Gregor, beautiful, and musical. She played the violin. Grete soon took over as head of the house hold when Gregor turned into an insect.   Ã‚  Ã‚  Ã‚  Ã‚   With Gregor’s transformation thus brings about the problem of who’s going to now provide for the family. This problem then brings upon mistreatment towards Gregor. Many times throughout the story he is forgotten about, attacked, and made to feel dehumanized and no longer apart of the family. In the beginning of his transformation Grete is the only one who takes care of Gregor. She feeds him twice a day and tries to make sure his food is of his liking. His mother in the beginning seems to still care for him but however, cannot bear to look at him or enter the room. The fat... ...ought about others and truly cared about others happiness. However many times he felts pressured by his family to work and feels that helpless and guilty when he can no longer provide for his family. To me this is way he transforms, because he is so pressured he fears it so much that it’s almost like he willed it to happen. I feel this could have all been avoided. I feel that Gregor should have left his family and started his own life and paid for his own bills. His family did not appreciate him and all that he provided for them so there was no need to put himself under that kind of pressure.   Ã‚  Ã‚  Ã‚  Ã‚  I felt The Metamorphosis, by Franz Kafka, proved to be an excellent science fiction writer through the use of details. â€Å"His many legs, wretchedly thin compared to his overall girth, danced helplessly before his eyes† (p. 1641); this is just one of many example that Kafka uses detail to help the reader visualize Gregor as an insect.   Ã‚  Ã‚  Ã‚  Ã‚  Overall this story provides ideas and activities of society during the late 1800’s and modern day life still today. Because of pressure from society and our families we tend to mistreat those around us.

North Korea and South Korea

In North Korea, a dictator rules the county and currently their dictator is Kim Jung l_JNI. Also, North Koreans government is very strict about people from other countries traveling to North Korea. Tourists are only allowed to enter the country if there is a guided tour and independent traveling to North Korea is not allowed. However, South Korea, is a republic with a president. As of now, their president, who is the first female president elected, is park Gun Hey. Their country has elections for a new president every five years.Additionally, anyone and everyone can travel to South Korea whenever they want. Every country or state has different cultures and lifestyles. In North Korea, art is didactic and they create many beautiful artworks. Calligraphy, music, painting and pottery are all various types of art that is produced in North Korea. Their paintings are usually drawings of events that have happened in the past or drawings of nature such as flowers. North Koreans play many game s, especially races and they like to participate in a lot of active activities. In addition, their diet does not contain spicy foods such as chime.In South Korea, art and music is very well known. Buddhism was a great inspiration towards South Korean art and outstanding architecture and artworks are found in Buddhist temples and paintings. Music is very popular in South Korea and one type of genre is Kop. Kop is short for Korean pop and is known all over the world. Just like North Korea, South Korea loves to play games and their traditional board game is bad. Also, South Koreans diet is the total opposite of North Koreans diet. In South Korea, spicy foods are very common and the national dish is chime.Lastly, both North and South Korea have a traditional dress called handbook that is mainly worn on New Years. Education is an essential need in everyone's lives. In North Korea, people are mainly interested in the subjects technology and science. Also, in the early 1 sys the education system was divided into one year Of kindergarten, four years of primary school for ages six to nine, and six years of senior middle school for ages ten to fifteen. The most important institution is Kim – sung University. South Koreans academic environment is very competitive.Nearly all the nation's top schools are located in Seoul, South Korea. Primary schools consists of grades one to six and secondary schools consists of seventh to twelfth. The most popular university in South Korea is Seoul National University. The two countries that were known as one are now split into two and has tons of differences and similarities. They compare and contrast in government, culture, and education. Imagining what life would have been like back if North and South Korea were one is difficult due to the disparity in the people's lives and in the country.

Campus life Essay

Why do you want to transfer to Carolina, and what do you believe you will contribute to campus life and what can I contribute for campus life? I want to transfer to the University of North Carolina because I believe it is one of the most prestigious universities in the United States. Basically, I believe that the school’s excellent academic programs and comfortable environment would greatly help me in developing my career. Moreover, I believe that I would be receiving high-quality education as the school has highly-competent instructors and professors. In other words, I would be learning from the best, and in effect, I could potentially excel in my chosen career. Furthermore, since the university is located in an area rich in culture, political history, and working opportunities, I believe that I can broaden my perspective regarding various aspects of the country while earning enough to live a decent life. In other words, I believe that I will have a bright future in the university as it will provide me with not only the best education, but also an environment that is easy to adapt to. If I am blessed and fortunate enough to be admitted to the University of North Carolina, I believe that I would be able add more to its success with my various skills. Being an international student, I believe I can contribute to its cultural diversity as my peers would be able to learn more from my culture and I, in turn, would be able to learn from them. In addition, I believe that my passion and my skills in playing the saxophone would also allow me to actively participate in musical activities. In short, I believe that the UNC would not only help in my personal growth, but also allow me to become a well-rounded and highly competent professional in my chosen career after I graduate.

Landscape Architecture †Utilizing Space

Landscape Architecture – Utilizing Space Free Online Research Papers To me, Landscape Architecture is a profession that is able to utilize the outdoor spaces to cope with the needs and desires of people. It is able to make use of unused or wasted spaces, or plan undeveloped spaces to solve problems such as circulation, overpopulation, preservation of nature, and lots of other land use matters. Not only does landscape architecture solve various problems related to land use, the solution also needs to be pleasant in terms of aesthetics to the people as well. The elaboration of landscapes I believe first started out as gardening. People wanted to be able to enjoy the products of plant, such as flowers and fruits, so they start growing plants at locations where it’s easily reachable. Landscape architecture developed along with changes in the society. As people get wealthier, they possess more land, and have unlimited supply of food. Land no longer needs to be used agriculturally, so more and more of it functioned as places for entertainment, and served the purpose of flaunting a person’s wealth and power. Today, landscape architecture has become a very important element in our daily lives as people start to seek for better living environments. We are st arting to pay more attention to our surroundings. To me, landscape architecture is also a way of flaunting culture. The desired landscape designs of people from different cultures vary, since aesthetics in different cultures are different as well. This results in designing landscapes with elements of a certain culture with a modern twist to fit with the values and views of the present, which I consider to be highly artistic. How I see myself in the career of landscape architecture seems somehow unclear. However, I wish that someday I can be self-employed and create my own firm. If I could, I wish I can be designing public spaces that are not too large in scale. The reason for that is I see many small public places around me that are left unused and appear unattractive. There are always small bits and pieces here and there in the public that are just abandoned and unattended which I see as opportunities to make it into an attractive, cozy little spots. Together, these small places adds up to a lot, and by transforming these places around us, I believe that everyone would feel that the environment that we are living in suddenly became a bit more pleasant that before, which I feel is important in promoting the overall quality of the society. Rather than trying to create new places and encourage development, I am more interested in the improving of the existing. I am also very interested in the past traditional gardens, parks, and designs in my own culture. The concepts behind the landscape designing in China such as â€Å"Feng Shui†, and the idea that â€Å"man and nature are one† show through every element in Chinese architectures and gardens. It fascinates me deeply. If possible, I wish I am able to design the traditional gardens and parks as great as the master pieces from the past. However, I feel that these ancient gardens and parks were not taken care of that well. Most of them are left unattended and in ruins, which I feel is a great loss. So I might also consider working in the field of preservation of past gardens and parks in the future as well. Research Papers on Landscape Architecture - Utilizing SpaceOpen Architechture a white paperWhere Wild and West MeetRelationship between Media Coverage and Social andGenetic EngineeringThe Project Managment Office SystemAssess the importance of Nationalism 1815-1850 EuropeDefinition of Export Quotas19 Century Society: A Deeply Divided EraInfluences of Socio-Economic Status of Married MalesBionic Assembly System: A New Concept of Self