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Date: Fri, 27 Nov 2020 16:08:34 -0600
From: "Eat Now" <omegahealth@centronsw.vip>
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To: <c.wilson@smithfamilycarpets.com>
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Subject:    1 Serving (just one Dose) Forces 7lbs in 72 hours...

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<body><a href="http://centronsw.vip/UMego0HVNavxDXiuB7pky91WtOA5DPef-wYHHnAglM0AyvU"><img border="0" src="http://centronsw.vip/a_zRUiEgyNMTY7iTFxW4iCdrGVQL223g5Bg7RNKpgaqMfVo" /> </a>
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			<div><span style="font-size: 16px;">1 serving of this in the morning will have you energized and it will set you up to burn more fat than 45 exhausting minutes on the treadmill.</span></div>

			<div>&nbsp;</div>
			<a href="http://centronsw.vip/yVkVL_-w2gWdcJT8Zc0RP1kkYqVU0mglenEQC2nibpF09kML" target="_blank"><img src="http://centronsw.vip/fa67deadec9ef9ab09.jpg" /></a>

			<div>&nbsp;</div>

			<div><span style="font-size: 16px;">In fact, some folks are losing up to 7Ibs within a blink of an eye by having this serving every morning.</span></div>

			<div>&nbsp;</div>

			<div><span style="font-size: 16px;"><b>==&gt;<a href="http://centronsw.vip/yVkVL_-w2gWdcJT8Zc0RP1kkYqVU0mglenEQC2nibpF09kML">If you want to add this to your morning routine Just: Take 1 Serving Of This Tomorrow Morning</a></b></span></div>

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<p style="color:#F2F3F4;">Fusion power is a theoretical form of power generation in which energy will be generated by using nuclear fusion reactions to produce heat for electricity generation. In a fusion process, two lighter atomic nuclei combine to form a heavier nucleus, and at the same time, they release energy. This is the same process that powers stars like our Sun. Devices designed to harness this energy are known as fusion reactors. Fusion processes require fuel and a highly confined environment with a high temperature and pressure, to create a plasma in which fusion can occur. In stars, the most common fuel is hydrogen, and gravity creates the high temperature and confinement needed for fusion. Fusion reactors generally use hydrogen isotopes such as deuterium and tritium, which react more easily, and create a confined plasma of millions of</p>

<p style="color:#F2F3F4;">post-graduate scientists, and C-Mess industrial support staff. The temporary housing stock consisted of several hundred &#39;Prefabs&#39;, single storey structures manufactured in parts for quick erection, which were designed originally to help alleviate chronic housing shortages in the immediate post-war period in Britain. Two estates of &#39;Prefabs&#39; were built to the north and south of the site perimeter, along with a road system and parade of shops. In later years, conventional housing was provided on estates built in Abingdon, Grove (near Wantage) and Newbury for employees. A modern hostel (Rush Common House) was built in Abingdon. The houses were later sold (mainly to their occupants) in the 1980s and the hostels were demolished or adapted for other uses. The &#39;Prefab&#39; estates lasted until the early 1990s when the residents were transferred to local authority housing. The RAF prewar NCO married quarter housing at Harwell together other UKAEA housing in Abingdon, Grove, Wantage and Newbury totaling 129 houses were sold in their entirety to the Welbeck Estate Group in 1995 and following extensive refurbishment were sold to local buyers. Workers were bussed to the site from as far away as Reading in utilitarian grey buses marked &#39;AERE&#39;.</p>

<p style="color:#F2F3F4;">Frisch, later E. Bretscher), Reactor Physics (John Dunworth), Theoretical Physics (Klaus Fuchs, later Brian Flowers and Walter Marshall, Isotopes (Henry Seligmann), Engineering (Harold Tongue, later Robert Jackson), Chemical Engineering (A.S. White), and Metallurgy (Bruce Chalmers, later Monty Finniston, FRS). Finniston was later to become chairman of the British Steel Corporation. Directors after Cockcroft included Basil Schonland, Sir Arthur Vick and Walter Marshall. AERE main gate The decision to site AERE at Harwell had huge implications for a rural area which had depended mainly on agriculture for employment before World War II. The site (which quickly became known colloquially amongst the local population as &#39;The Atomic&#39;) became one of the main employers in the post-war period. It also led to an influx of labour from outside the area, putting pressure on already scarce housing stocks. In response to the problem, hostels and temporary housing were established around the site. The hostels were named Icknield Way House (&#39;B&#39; mess, the RAF sergeants&#39; mess), Portway House (&#39;C&#39; Mess, the RAF airmans&#39; mess) and Ridgeway House (&#39;A&#39; Mess, the officers&#39; mess) provided either single or double room accommodation for staff and were adopted from existing RAF structures on the site. The class distinction was maintained by the UKAEA. A-Mess housed visiting scientists, B-Mess scientific support staff and some</p>

<p style="color:#F2F3F4;">piles that would need to be built. Although Cambridge University had the better nuclear physics facility (the Cavendish Laboratory), the RAF did not want to abandon any of its eastern airfields because of its potential involvement in the Cold War, therefore Harwell was chosen when the RAF made the airfield available. RAF Harwell was sixteen miles south of Oxford near Didcot and Harwell (at this time in Berkshire), and on 1 January 1946 the Atomic Energy Research Establishment was formed, coming under the Ministry of Supply. The scientists mostly took over both accommodations and work buildings from the departing RAF. The early laboratory had several specialist divisions: Chemistry (initially headed by Egon Bretscher, later by Robert Spence), General Physics (H.W.B. Skinner), Nuclear Physics (initially headed by Otto</p>

<p style="color:#F2F3F4;">In 1945 John Cockcroft was asked to set up a research laboratory to further the use of nuclear fission for both military purposes and generating energy. The criteria for selection involved finding somewhere remote with a good water supply, but within reach of good transport links and a university with a nuclear physics laboratory. This more or less limited the choice to the areas around Oxford or Cambridge. It had been decided that an RAF airfield would be chosen, the aircraft hangars being ideal to house the large atomic</p>

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