Wikipedia:Articles for creation/2007-12-12
Biological and Chemical Warfare
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Chemical WeaponsA chemical weapon is any weapon that uses a manufactured chemical to kill people. The first chemical weapon used effectively in battle was chlorine gas, which burns and destroys lung tissue. Chlorine is not an exotic chemical. Most municipal water systems use it today to kill bacteria. It is easy to manufacture from common table salt. In World War I, the German army released tons of the gas to create a cloud that the men would inhale then die. Modern chemical weapons tend to focus on agents with much greater killing power, meaning that it takes a lot less of the chemical to kill the same number of people. Many of them use the sorts of chemicals found in insecticides. When you spray your lawn or garden with a chemical to control aphids, you are, in essence, waging a chemical war on aphids. Many of us tend to imagine a chemical weapon as a bomb or missile that releases highly toxic chemicals over a city. (For example, the movie "The Rock" featured a scenario in which terrorists tried to launch a missile loaded with the chemical VX, a nerve toxin.) But in 1995, the group Aum Shinrikyo released sarin gas, a nerve gas, in the Tokyo subway. Thousands were wounded and 12 people were killed. No giant bombs or missiles were involved -- the terrorists used small exploding cannisters to release the gas in the subway. Biological WeaponsA biological weapon uses a bacteria or virus, or in some cases toxins that come directly from bacteria, to kill people. If you were to dump a load of manure or human waste into a town's water supply, that would be a simple form or biological warfare -- human and animal manure contain bacteria that are deadly in a variety of ways. In the 19th century, American Indians were infected with smallpox through donated blankets. A modern biological weapon would use a strain of bacteria or a virus that would kill thousands of people, Such as poisoning the water supply. Tom Clancy has explored the idea of biological terrorism in two books: "Executive Orders" and "Rainbow Six." In both books, the source of infection is the Ebola virus. the infection is spread through small aerosol cans (like those used by insecticide products to create "bug bombs") released at conventions, or through misting systems used to cool sports venues. Sourceshttp://science.howstuffworks.com/biochem-war2.htm 64.170.24.156 (talk) 00:36, 12 December 2007 (UTC)
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Flint Trollentino
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Grupo Fantasia
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Cockle Creek
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If you want to make changes and try again, copy and paste your article into a new submission and make your changes there. Cockle Creek - New South Wales Copyright violation from http://www.lakemac.infohunt.nsw.gov.au/library/lhist/suburb/lmp&p/cocklecreek.htm removed per policy. Ariel♥Gold Sources infohunt.nsw.gov.au/library
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Janice Wing
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Janice Wing has served 10 years on Niagara Falls City Council. She has two daughters: Guen Wheeler-Wing and Shonagh Colclough. Sourceshttp://www.janicewing.com/ http://www.city.niagarafalls.on.ca/city_hall/council/current_council_members.asp 24.36.55.191 (talk) 01:23, 12 December 2007 (UTC)
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Child development
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Sourceswww.google.com
www.childhooddevelopment.com
Mark Lemuel R. Magno
UPHSD
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Said Shirian
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Background of the InventionBACKGROUND OF THE INVENTION This invention relates to ducts for housing cable and, in particular, to ducts for housing communication cable. In the placing of conventional copper telephone cable, the cable is run through a duct which is used to house and protect the cable. Prior to placing the cable in the duct a cone shaped element is passed through the duct to clear away any debris and ensure a clear passage for the cable. Also attached to the cone is an end of a cable pull-line. Once the cone and attached end of the pull-line are through the duct, the other end of the line is affixed to a telephone cable and the cable pulled through the duct. In order to pass the cone through the duct, a pressure differential is created in the duct. This requires that the individual components of the duct and their interconnections provide an air-tight passage. Otherwise, air leaks will occur and insufficient pressure will be developed to pull the cone through the line. As the telephone industry has turned to the use of fiber optic cable for telephone transmission, it has had to develop techniques for placing the smaller diameter fiber optic cable. These techniques have continued to utilize the pressurized cone procedure for pulling cable through the ducts, since this procedure results in minimizing installation time. At present, placing of fiber optic cable is accomplished by first pulling three one inch inner ducts through the usual four inch copper cable duct. The pressurized cone procedure is then used to pull a fiber optic cable through a first duct and to pull a small copper cable through a second duct. The copper cable is needed to provide talking channels between various installation points. The third inner duct serves as a spare, since it cannot be used without an associated cable for talking channels. In many cases, the pulling of the three one inch ducts through the four inch duct is extremely difficult and in certain cases not possible to accomplish. This is particularly true where the four inch duct has vertical and horizontal bends. These bends may be created when placing the duct and may be a result of cable congestion and/or location. In order to provide for an additional fiber optic cable in a conventional four inch duct and to avoid the material and labor costs of providing and pulling three inner ducts, it has now been proposed that the four inch duct itself be modified by segmenting the duct into four one inch compartments, two of which for receiving fiber optic cable and the other two of which for receiving associated talking channel copper cable. While such a segmented duct would increase the cable capacity by one and would not require separate inner ducts, the duct must also be designed so that pulling of each cable through its associated compartment can be achieved utilizing the aforementioned pressurized cone procedure. This requires that the individual compartments be air-tight and that the duct be connectible to like ducts in a manner to preserve this condition. It would also be desirable if such a segmented duct could be further designed so that connection to similar ducts automatically aligns corresponding compartments. Finally, it would be advantageous if the duct could be made in long lengths, while still being capable of being cut to shorter lengths which when joined to similar ducts preserves the alignment as well as air-tightness of the corresponding compartments. It is therefore an object of the present invention to provide a cable duct having one or more of the above-mentioned features. It is a further object of the present invention to provide a segmented duct for fiber optic cable wherein the duct can be joined to similar ducts, while maintaining an air-tight condition for the individual compartments of the ducts. It is yet a further object of the present invention to provide a duct of the last mentioned type which can be of long length and which can be cut into shorter lengths which can then be joined to similar ducts so as to maintain alignment of corresponding compartments and an air-tight condition. SUMMARY OF THE INVENTION In accordance with the principles of the present invention, the above and other objects are realized in a duct comprising a tubular member having a barrel portion and a bell portion, the latter bell portion having a diameter which is greater than that of the barrel portion, and means disposed in the barrel portion for segmenting the barrel portion into compartments. The segmenting means is itself comprised of a first section and a second section, the second section extending into the bell portion and having an end adapted to interfit with the first section. In this manner, if the barrel portion of a first duct constructed in accordance with the invention is inserted into the bell portion of a second duct also constructed in accordance with the invention, the first section of the segmenting means of the first duct will interfit with the end of the second section of the segmenting means of the second duct. As a result, the ducts will be connected in a positive manner which tends to maintain the air-tight nature of the compartments at the connection point. In further accord with the invention, the barrel portion and bell portion of the tubular member of the invention are provided with mating first and second alignment means. These alignment means are situated such that the interfitting of the first and second sections of first and second ducts is realized in a manner which automatically aligns corresponding compartments of the ducts once the alignment means are brought into mating relationship. By use of the alignment means in combination with the segmenting means and its interfitting first and second sections, connection of like ducts is thus realized in a way which automatically preserves compartment alignment and air-tightness. In the embodiment of the invention to be disclosed hereinafter, the segmenting means comprises one or more pairs of spaced first walls which together form the first section. The second section comprises a single second wall for each pair of first spaced walls. Each single second wall has a thickness which is less than the spacing between its corresponding pair of spaced first walls so as to be able to tightly fit therebetween. The alignment means, on the other hand, comprises diametrically opposing flanges disposed on the barrel portion outer surface and an aligned slot in the bell portion for each such flange. Accordingly, when the flanges of the barrel portion of a first duct are inserted into the slots in the bell portion of a second duct, the second walls in the bell of the second duct will interfit between the corresponding spaced first walls in the barrel of the first duct to provide an interfitting tongue and groove like connection. BRIEF DESCRIPTION OF THE DRAWINGS The above and other features and aspects of the present invention will become more apparent upon reading the following detailed description, in conjunction with the accompanying drawings, in which: FIG. 1 shows a duct in accordance with the principles of the present invention; FIG. 2 shows a cross section of the duct of FIG. 1 taken across the line 2--2; FIG. 3 shows a cross section of the duct of FIG. 1 taken along the line 3--3; FIG. 4 shows the second section of the segmenting means of the duct of FIG. 1 which is utilized to connect the duct to other like ducts; and FIG. 5 shows a cross section similar to that of FIG. 2 of a modified version of the duct of FIG. 1. DETAILED DESCRIPTION In FIG. 1, the duct 1 is a duct made in accordance with the principles of the present invention. The duct 1 is in the form of a tubular member and comprises a cylindrical barrel portion 2 and a cylindrical bell portion 3. The barrel portion is of length l 1 and has inner and outer diameters D 1 and D 2 . The bell portion 3 is of shorter length l 2 but of larger inner and outer diamter D 3 and D 4 then the barrel portion. The bell portion serves to receive the barrel portion of a like duct when these ducts are to be interconnected. In accordance with the principles of the present invention, a segmenting means 4 is disposed within the barrel section 2. The segmenting means 4 includes a first section 4a which extends through the barrel portion 2 and which comprises a central element 4a 1 , and one or more pairs of first spaced walls, 4a 2 -4a 5 . Each pair of spaced walls comprises like first walls 4a 6 having a radially uniform spacing s over their entire lengths. The walls 4a 6 are flat and extend radially from the element 4a 1 to the inner wall 2a of the barrel portion 2. They further extend axially over substantially the entire length of the barrel portion. They, therefore, divide the barrel portion into four separate and air-tight compartments 5, 6, 7 and 8, each suitable for receiving its own telephone cable. At the end 2b of the barrel 2 the segmenting means includes a second section 4b. This section is formed by bringing the pairs of walls 4a 2 -4a 5 together to form a set of single second walls 4b 2 -4b 5 . As shown in FIG. 4, which, for simplicity, illustrates only the first pair of walls 4a 4 and their corresponding second wall 4b 4 , the second walls 4b 2 -4b 5 extend into the bell for a distance x beyond the point of termination of the element 4a 1 . Furthermore, as shown in FIG. 3, these walls are spaced from the inner surface 3a of the bell by a distance y equal to one-half the difference between the inner diameter D 1 and the inner diameter D 3 of the barrel and bell portions 2 and 3, respectively. In accordance with the invention, the end of the second section 4b of the segmenting means is adapted to interfit with the first section of the segmenting means. This is accomplished in the present case by selecting the thickness t of each of the single walls 4b 2 -4b 5 to be less than the spacing s between the corresponding pairs of walls 4a 2 -4a 5 . Preferably, this difference is such that each pair of walls 4a 2 -4a 5 can be inserted over their corresponding wall 4b 2 -4b 5 in a tightly-engaging force-fitting manner. In addition to the segmenting means 4, the barrel and bell portions 2 and 3 of the duct 1 are provided with cooperating alignment means. In particular, the barrel 2 supports on its outer surface 2c flanges 9a and 9b. These flanges are diametrically opposite and extend over the length of the barrel and in parallel with the opposing pairs of walls and 4a 2 and 4a 4 . The bell 3, in turn, is provided with corresponding slots 11a and 11b in its wall. These slots run from the terminating point of the associated flange 9a and 9b to the end of the bell. As can be appreciated, by utilizing the above-described configuration of the duct 1 for two or more ducts, these ducts can now be connected end-to-end such that corresponding compartments 5, 6, 7 and 8 of the ducts align and remain air-tight. In particular, by inserting the barrel portion of a first duct having the configuration of the duct 1 into the bell portion of a second duct also having this configuration, the spaced walls 4a 2 -4a 5 of the first duct align with and tightly fit over the walls 4b 2 -4b 5 of the second duct. This tongue and groove type fit, moreover, exists over the distance x (see FIG. 4) and, thus, provides a distance of approximately 2x over which air must now travel before it can leak into another compartment. In actual practice, when two such ducts are to be joined, a cement material is applied to the barrel portion, including the pairs of walls 4a 2 -4a 5 , of the first duct and to the bell portion, including the walls 4b 2 -4b 5 , of the second duct. The ducts are then joined as aforementioned, resulting in cemented connections over the tongue and groove interfit of walls 4b 2 -4b 5 and spaced walls 4a 2 -4a 5 . Because each of the connections is now over a distance 2x, the likelihood of leakage of air from one duct compartment to the next is greatly decreased, since it is highly unlikely that there would be a failure of the cement to adhere at all points over the entire 2x distance. Accordingly, an improved air-tight connection with automatic alignment is realized utilizing the configuration of the duct 1 of the invention. It is also advantageous in accord with the invention to provide the barrel 2 of the duct 1 with a uniform cross section over its entire length l 1 . By this measure, the duct 1 can be cut anywhere along its length and it will still have spaced walls 4a 2 -4a 5 at its cut end which will tightly fit the walls 4b 2 -4b 5 of another like duct. The shorter length duct can, thus, now be readily joined to another like duct in the manner described above to obtain a composite duct having aligned air-tight compartments. FIG. 5 shows a cross-section similar to that of FIG. 2 of a duct like the duct of FIG. 2, except for a modification of the section 4a of the segmenting means 4. In particular, in FIG. 5, the section 4a has been modified by eliminating the element 4a 1 . As a result, each wall 4a 6 of the pairs of walls 4a 2 -4a 5 intersects with a further wall 4a 6 of another pair of walls in L-shaped configuration. In practice of the invention, the bell and barrel portions and the segmenting means of the duct may be formed from an integral member comprised of polyvinyl chloride (PVC), fiberglass or similar types of materials. The pairs of walls 4a 2 -4a 5 of the segmented means, in turn, might typically have a thickness of 0.045 inches and a spacing of 0.10 inches. The walls 4b 2 -4b 5 in such case would have a thickness of approximately 0.09 inches. The lengths l 1 and l 2 might also be 20' and 3", respectively while the dimension x might be 0.5 inches. Finally, the cement used to join like ducts might be comprised of a solvent and plastic material. Conventional cements of this type are manufactured and sold by various manufacturers. As above-indicated, the duct of the invention can be made in long lengths of approximately 20' or longer. As a result, the duct can undergo vertical and horizontal bending, thereby allowing for flexibility in connection. Furthermore, the supporting points provided by the walls 4a 6 give the duct increased structural strength. It, therefore, is more resistant to deformation resulting from external pressures. The duct of the invention provides significant cost advantages over the above-described prior procedure of utilizing three inner ducts in the conventional four inch duct. Firstly, material costs are reduced, since the need for three separate inner ducts is eliminated. Secondly, labor and operating costs are also reduced, since mobilization costs (opening and closing manholes, pumping water, testing for gas, etc.) are minimized and since placing and rodding of the three inner ducts is avoided. Finally, capital costs are reduced, since duct space is maximized and new construction can be avoided or at least delayed. It should be noted that while the duct of the invention has been described in terms of its use in housing fiber optic communication cable, the duct of the invention can also be used to house any other types of cable. In particular, the duct can advantageously be used to house cable having comparable dimensions as fiber optic cable. Additionally, the duct can be used to house cable intended for underground as well as above the ground placement. The duct can also serve as a riser duct in new commercial or residential buildings where the allocated space for ducts is very limited. In all cases, it is understood that the above-identified arrangement are merely illustrative of the many possible specific embodiments which represent applications of the present invention. Numerous and varied other arrangemnts can readily be devised in accordance with the principles of the present inventon without departing from the spirit and scope of the invention.
Sources216.165.11.84 (talk) 02:48, 12 December 2007 (UTC)
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polish orliks
These pigeons were originally bred in the Polish/Ukrain mountains but fanciers eventually spread out throughout south-western Russia and the Ukraine. The first notable flight was put up in the southern Ukraine city of Nikloaev. Polish orliks flap their wings in a circular motion. Their wing tips should almost touch when descending to form a circle shape. Ukrainian sky-cutters are specially bred to fly straight up above their coop and to remain there (about a kilometer up) for several hours. A good sky-cutter has to be allowed at least a half an hour to an hour to reach these high altitudes, although some orliks are capable of reaching invisibility in only about six minutes. These birds become out of shape quite quickly so they should be flown almost every day if the weather permits. There are many different types of training, but the style most often used for laid back fanciers is to simply let a small group of hens or cocks out with a batch of younger birds (6-8 weeks old) and to fly them as you would a kit. The babies will try to follow the adults. After they have flown around a bit, call the hens in for feeding and the babies will follow them. There is also the option of tippler training with droppers.
Sources
Polish Orliks "Facinating orliks of the Ukraine" by K.D Spurling
Ukrainian Pigeons Skycutters www.ukrainianpigeons.com
142.179.123.232 (talk) 05:12, 12 December 2007 (UTC)
Micah Reed
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Sourceshttp://www.ojaipost.com/sports/ 76.167.233.59 (talk) 06:42, 12 December 2007 (UTC)
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Sessilee Lopez
Supermodel Sessilee Lopez started modeling at the age of 13 in Port St. Lucie, Florida when she was selected by Vogue staff to walk in a runway show featuring Catherine Malandrino's clothing line at Hard Rock Live in Orlando. She was the youngest model in the show and it was the first time she ever wore Stilettos but she pulled it off and shortly after went to New York to be discovered. The next year at an open call Sessilee was discovered by IMG Models when agent Phil McGowen picked her to be one of only two models chosen that year at a weekly open call. By the time she was just 16, the New York Daily News, V Magazine, Newyorkmetro.com, Zink Magazine, Philadelphia Inquirer, and the New York Times magazine listed Sessilee as one of the up-and-coming models to watch.
Sessilee has since modeled for numerous magazines including Pop, W. Allure, Harper's Bazaar, Elle, Vibe, American Vogue, Italian Vogue, French Vogue, Japanese Vogue, Trace, Deutsch, V, Essence, Interview, Wade, WWD, Elle Accessories and New York Times Magazine and plenty of others. She has walked the runways for top designers including Fendi, Armani, Lagerfeld Galleries, Zac Posen, Jean Paul Gaultier, Peter Som and many more. She has been photographed by only the best photographers in the world which include Steven Meisel, Paolo Roversi, Alexi Hay, Karl Lagerfeld, Gilles Bensimon, Peter Lindberg, Mario Sorrenti, Michael Thompson, David Sims, Nicholas Moore, Mikeal Jansson, Patrick Demarcheller, Solve Sundsbo, Mario Testino and Alexi Lumbomirski.
Sessilee is currently represented by Major Models in Paris and has appeared in movies and television shows in the United States.
Sources
http://www.fashionmodeldirectory.com/models/Sessilee_Lopez
http://www.thefashionspot.com/forums/f52/sessilee-lopez-23296-19.html
http://supermodels.nl/sessileelopez
http://www.style.com/peopleparties/modelsearch/thumb/person2326
http://models.com/oftheminute/?p=498
http://nymag.com/fashion/fashionshows/05/spring/models/7.htm
http://forsurecouture.blogspot.com/2007/02/its-not-j-lo-its-s-lo.html
http://www.hintmag.com/mm/mm75.php
68.196.73.138 (talk) 06:51, 12 December 2007 (UTC)
Saleisha
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Sources124.176.84.73 (talk) 06:55, 12 December 2007 (UTC)
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Morgan Kennedy
(born March 28, 1984) is a American model of multi-ethnic descent. She is recognized as being a successful in lingerie and swim wear advertising. Since her introduction in 2006, she has appeared in Maxim, UMM of Canada, and Savvy. Morgan is currently the face of Esperanza Clothing, BCS Labs and the Aussie rock band Overpass.
Height: 5 ft 7 in Weight 112 lbs Eye Color Blue Hair Color Blonde Dress Size 2 Shoe Size 7 Measurements 34-24-34
Sources
www.morgankennedy.net
http://www.maximonline.com/hotties/votingprofile.aspx?id=11666
http://www.savvy.com/savvy_girls/featured/morgan_kennedy_blonde_ambition
69.200.227.192 (talk) 07:02, 12 December 2007 (UTC)
Alexandre Owens
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Ikaw Lang ang Mamahalin
| Articles for creation/2007-12-12 | |
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| Created by | GMA |
| Directed by | Loui Ignacio |
| Starring | Angelika dela Cruz |
| Country of origin |  Philippines |
| No. of episodes | 65+ |
| Production | |
| Running time | 30 minutes |
| Original release | |
| Network | GMA |
| Release | 2001 – 2002 |
Ikaw Lang ang Mamahalin'is a past soap opera or Philippines drama of GMA 7. It tells the story of a young lady who suffered from amnesia and was almoast left with nothing but soon she found out that she was the daughter of a rich businessman. It tells a story of how a young woman survived all the challenges in life including losing someone she loves and protecting her life against the people who like to take her position.
Cast and Characters
Starring
- Angelika dela Cruz as Mylene / Katherine / Carmencita
With
- Albert Martinez as Ferdinand
- Dina Bonnevie as Martina
- Chanda Romero as Amara Luna
- Gina Alajar as Lilian
Featuring
- James Blanco as Joseph
- Sunshine Dizon as Clarissa
- Cogie Domingo as Jepoy
- Richard Gutierrez as Iñigo
- Chynna Ortaleza as Melanie
- Sherwin Ordoñez as Charles
- Lj Reyes as Cassandra
- Gabby Eigenmann as Mark
Also Starring
- Mark Anthony Fernandez as Gabriel
- Ian Veneracion
- Eddie Gutierrez
- Carmi Martin
- Charlie Davao
- Jennifer Sevilla
- Marjorie Barretto as Vanessa
- Janice Jurado as Mamu
- Anna Capri
- Russel Simon
- Mel Martinez
- Isabella De Leon
- Geneva Cruz
- Jaime Fabregas
- Maureen Mauricio
- Rez Cortez
- Tricia Roman
Trivia
 | This article contains a list of miscellaneous information. (December 2007) |
- Actress Angelika dela Cruz had her screen kiss on TV in this series with James Blanco.
- Angelika dela Cruz had three leading men in the series; James Blanco, Sherwin Ordoñez and Mark Anthony Fernandez.
- This is Richard Gutierrez' first drama series.
- This was one of the drama series who had a re-run in the sister company of GMA, QTV 11.
Theme Song
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Production Credits
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Sourceshttp://www.imdb.com/title/tt0372071/ http://ricojr.wordpress.com/2007/11/20/angelika-dela-cruz-returns-to-the-kapuso-network/
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Chocolate milk comes from choclate cows
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The British economy is expected to save millions from producing chocolate milk straight from the cow saving costs of importing the cocoa beans from around the world. Coco-pops and Mars are now thinking of introducing new chocolate milk drinks - organic. And are even considering lactose intolerant drinks. These new organic chocolate milk drinks are expected on the market for Christmas, although currently they are in the process of testing to review how the market reacts to chocolate milk coming straight from the cow. Sources212.188.154.254 (talk) 10:51, 12 December 2007 (UTC)
68.45.141.158 (talk) 11:43, 12 December 2007 (UTC)
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Terrell Carter
Terrell Carter(born August 14, 1977) is an American singer, actor, and songwriter. He is known to most by his appearances in many of Tyler Perry's Plays.
Biography
Terrell Carter born Damon Terrell Carter, learned he could sing at the the age of seven. He was discovered by Fred Hammond, while singing at the Winans' church in Detroit. From there his career basically took off. He's been in Madea's Class Reunion, Meet the Browns and the recent Tyler Perry play, What's done in the dark. He's also appeared in the play made move, Diary of a Mad Black woman.
Sources
http://www.channel4000.com/sh/entertainment/ontheset/entertainment-ontheset-20000118-222929.html
152.121.17.9 (talk) 14:14, 12 December 2007 (UTC)
Hazrat Shah Saqlain Miyan Huzoor Sharafati ul Qadri
Hazrat Shah Saqlain Miyan Huzoor Sharafati ul Qadri is one of the most famous personality of Bareilly.
Sources
http://www.alsaqlain.com http://www.alsaqlain.net http://www.reference.com/search?q=barely
203.123.42.228 (talk) 14:35, 12 December 2007 (UTC)
Diamond Girl (film)
This is a film based on the novel written by Diana Palmer. ===The synopsis is...===[br] A girl named Claire has been working for the playboy Denny for 4 years. She likes him but he doesn't even give her a second glance. Denny's brother Regan comes into town and Denny and Reagan are competitive with each other. So naturally when Regan wants to manipulate Denny so Denny doesn't accept an offer given to him he realises that he can't do it alone, so he seeks the help of Claire. Claire acts as Regans girlfriend and distracts Denny. A few twists and turns later and you'll be felt thinking "That was such a heartwarming film but it was so cheesy".
The leading cast
Regan --> Jonathon Cake [br] Claire -->Joely Collins[br] Denny --> Kevin Otto[br] and [br] Regan + Denny's mother (MRs Montana) --> Dyan Cannon [br]
Sources
http://www.imdb.com/title/tt0139984/[br] http://www.imavision.com/en/eStore%2CwciCatalogue%2CType-P%2CID-2179%2CLoadCat-1.html 80.193.38.187 (talk) 14:40, 12 December 2007 (UTC)