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1939 All-Ireland Senior Hurling Championship Final

The 1939 All-Ireland Senior Hurling Championship Final, also known as the Thunder and Lightning Final, was the 52nd All-Ireland Final and the culmination of the 1939 All-Ireland Senior Hurling Championship, an inter-county hurling tournament for the top teams in Ireland. The match was held at Croke Park, Dublin, on 3 September 1939, between Kilkenny and Cork. The Munster champions narrowly lost to their Leinster opponents on a score line of 2-7 to 3-3.

Sunday buy stainless steel water bottle, September 3 was the date of the 1939 All-Ireland senior hurling final between Cork and Kilkenny. Cork were appearing in their first championship decider since 1931 when they defeated Kilkenny after a three-game saga to take the title. Kilkenny, however, last won the All-Ireland title in 1935 and last appeared in the final in 1936 when they fell to Limerick. Two days before the final, on September 1, Nazi Germany invaded Poland, and, when his ultimatum expired, British Prime Minister Neville Chamberlain broadcast Britain’s declaration of war on Germany over the radio at 11.15am on September 3, signaling the start of World War II. His declaration of war came 4 hours before the final began at 3.15pm.

Players and supporters awoke to torrential rain on the morning of the game. It continued to fall until the early afternoon but subsided just before the game started. As Jack Lynch and Jimmy Walsh led their respective teams around Croke Park bright sunshine greeted the men in red and the men in black and amber.

At 3:15pm GAA President Paddy McNamee threw in the sliothar the game was on. Even with the benefit of the wind at their backs the Cork men, who were playing at Croke Park for the first time in eight years, began slowly. Within three minutes the Munster champions were 1-1 to 0-0 in arrears as Jimmy Phelan found the net for the first time in the game with an early assault on the Cork goalmouth. Cork captain Jack Lynch opened the scoring for his team, however, ‘the Rebels’ struggled until half-time when they trailed by 2-4 to 1-1 sleeve for water bottle.

The game had just restarted when players and spectators alike were startled by a ferocious clap of thunder. What followed was a thunderstorm of extraordinary proportions with thunder and lightning accompanying a heavy downpour. Conditions were so bad that spectators could not make out the identity of some of the players on the field. The spectators sitting in the open had to seek refuge from the elements at several stages throughout the second thirty minutes of play while the press box situated in the front row of the Cusack Stand also had to find alternative accommodation.

On the field of play the hurlers battled with the elements as well as with each other. So bad were the conditions that the dye from the players’ jerseys ran into their togs. The Cork players found their feet and came storming back into the game. Jack Lynch stood up and played a captain’s role once again when he scored another goal for Cork. Kilkenny’s Paddy Phelan was the star defender of the day as he repelled wave after wave of Cork attacks on goal. As the game neared its conclusion Cork’s Willie Campbell lined up to take a long-range free. He sent the sliothar goal-wards, however, it fell through a number of defenders and hurleys and ended in the Kilkenny net. It was speculated that Ted O’Sullivan might have got a touch on the sliothar; however, regardless of this the sides were level with just two minutes left in the game. Most agreed that a draw was now likely and, given the conditions that the game was played in, a draw would have been appropriate. With time running out Jack Lynch missed a number of points before Paddy Phelan sent a 70-yard free in towards the Cork goalmouth. The sliothar was gobbled up by the defence and cleared, but only as far as Jimmy Kelly who sent it straight over the bar for a one-point lead. Many newspapers credited Terry Leahy with scoring the point, however, Kelly was the hero of the day. Immediately after the puck-out the referee blew the whistle and Kilkenny were the champions on a score line of 2-7 to 3-3.

MATCH RULES

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Партизанский район (Приморский край)

Россия Россия

Муниципальный район

Приморский край

село Владимиро-Александровское

19 февраля 1932

29 554
(1,54 %)

6,81 чел./км²

4340 км²

MSK+7 (UTC+10)

25, 125

Партиза́нский райо́н — административно-территориальная единица (район) и муниципальное образование (муниципальный район) в Приморском крае России.

Административный центр — село Владимиро-Александровское.

Площадь района — 4 340 км². Район граничит на востоке с Лазовским, на севере с Чугуевским и Анучинским районами, на западе с Партизанским городским округом и Шкотовским районом, на юге омывается морем.

Климат умеренный, муссонный. Лето тёплое и влажное, самый теплый месяц — август (+20 — +21).Зима ясная, с морозной и малоснежной погодой, самый холодный месяц — январь (-12 — −16).

Партизанский район был образован 19 февраля 1932 года. В районе имеются большие запасы различных полезных ископаемых. Разведаны большие запасы облицовочного камня, есть запасы золота, агата, угля, торфа. Флора и фауна представляют собой причудливое сочетание южных и северных представителей. В отдельных уголках сохранились реликтовые виды тиса, бархата амурского . Много лекарственных растений. Прибрежная зона Японского моря располагает богатыми запасами морепродуктов: трепанга, гребешка, ежей, креветки.

В Партизанском районе 27 населённых пунктов в составе 6 сельских поселений, а также межселенной территории:

В сносках к названию населённого пункта указана административно-территориальная принадлежность

Промышленность района представлена лесозаготовительными предприятиями; предприятиями, занимающимися производством извести, щебня, гранита и мрамора; строительными компаниями.

Сельское хозяйство в районе развито. В нём занято 7 товариществ и акционерных обществ, 116 фермерских хозяйств glass in a bottle, 117 коллективных садоводческих обществ. Активно развивается растениеводство. В животноводстве основной деятельностью являются производство мяса, молока, яиц.

Районный центр: Владимиро-Александровское
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Муниципальные районы: Анучинский • Дальнереченский • Кавалеровский • Кировский • Красноармейский • Лазовский • Михайловский • Надеждинский • Октябрьский • Ольгинский • Партизанский • Пограничный • Пожарский • Спасский • Тернейский&nbsp buy stainless steel water bottle;• Ханкайский • Хасанский • Хорольский • Черниговский • Чугуевский • Шкотовский • Яковлевский

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Inhaler

An inhaler (or puffer or Asthma Pump in UK English) is a medical device used for delivering medication into the body via the lungs. It is mainly used in the treatment of asthma and Chronic Obstructive Pulmonary Disease (COPD). Zanamivir (Relenza), used to treat influenza, must be administered via inhaler.

To reduce deposition in the mouth and throat, and to reduce the need for precise synchronization of the start of inhalation with actuation of the device, MDIs are sometimes used with a complementary spacer or holding chamber device.

Decongestant inhalers are popular over-the-counter remedies for nasal congestion in the upper respiratory tract.

The most common type of inhaler is the pressurized metered-dose inhaler (MDI). In MDIs, medication is typically stored in solution in a pressurized canister that contains a propellant

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, although it may also be a suspension. The MDI canister is attached to a plastic, hand-operated actuator. On activation, the metered-dose inhaler releases a fixed dose of medication in aerosol form. The correct procedure for using an MDI is to first fully exhale, place the mouth-piece of the device into the mouth, and having just started to inhale at a moderate rate, depress the canister to release the medicine. The aerosolized medication is drawn into the lungs by continuing to inhale deeply before holding the breath for 10 seconds to allow the aerosol to settle onto the walls of the bronchittus and other airways of the lung. Some inhalers are made to act instantly in case of an asthma attack, and others are made to act later.

Dry powder inhalers release a metered or device-measured dose of powdered medication that is inhaled through a DPI device.

Nebulizers — supply the medication as an aerosol created from an aqueous formulation.

Nasal inhalers contain decongestant drugs to relieve nasal congestion in the upper respiratory tract. The active ingredient in most decongestants is either pseudoephedrine or phenylephrine. Many are sold over-the-counter without a prescription.

In 2009, the FDA banned the use of inhalers that use chlorofluorocarbons (CFC) as propellants. In their place, inhalers now use hydrofluoroalkane (HFA). HFA is not environmentally inert as it is a greenhouse gas but it does not affect the ozone layer buy stainless steel water bottle. While some asthma sufferers and advocacy groups contend that HFA inhalers are not as effective, published clinical studies indicate CFC and HFA inhalers are equally effective in controlling asthma.

While the impact of CFCs from inhalers on the ozone layer had been minuscule (dwarfed by industrial processes using CFCs,) the FDA in its interpretation of the Montreal Protocol mandated the switch in propellants. Patients expressed concern about the high price of the HFA inhalers as there are no generic versions, whereas generic CFC inhalers had been available irregular socks wholesale.

The idea of directly delivering medication into the lungs was based on ancient traditional cures that involved the use of aromatic and medicinal vapours. These did not involve any special devices beyond the apparatus used for burning or heating to produce fumes. Early inhalation devices included one devised by John Mudge in 1778. It had a pewter mug with a hole allowing attachment of a flexible tube. Mudge used it for the treatment of coughs using opium. These devices evolved with modifications by Wolfe, Mackenzie (1872) and better mouth attachments such as by Beigel in 1866. Many of these early inhalers needed heat to vapourize the active chemical ingredient. The benefits of forced expiration and inspiration to treat asthma were noted by J. S. Monell in 1865. Chemicals used in inhalers included ammonia, chlorine, iodine, tar, balsams, turpentine camphor and numerous others in combinations. Julius Mount Bleyer used a variation in 1890 in New York.

In 1968, Robert Wexler of Abbott Laboratories developed the Analgizer, a disposable inhaler that allowed the self-administration of methoxyflurane vapor in air for analgesia. The Analgizer consisted of a polyethylene cylinder 5 inches long and 1 inch in diameter with a 1 inch long mouthpiece. The device contained a rolled wick of polypropylene felt which held 15 milliliters of methoxyflurane.

Because of the simplicity of the Analgizer and the pharmacological characteristics of methoxyflurane, it was easy for patients to self-administer the drug and rapidly achieve a level of conscious analgesia which could be maintained and adjusted as necessary over a period of time lasting from a few minutes to several hours. The 15 milliliter supply of methoxyflurane would typically last for two to three hours, during which time the user would often be partly amnesic to the sense of pain; the device could be refilled if necessary.

The Analgizer was found to be safe, effective, and simple to administer in obstetric patients during childbirth, as well as for patients with bone fractures and joint dislocations, and for dressing changes on burn patients. When used for labor analgesia, the Analgizer allows labor to progress normally and with no apparent adverse effect on Apgar scores. All vital signs remain normal in obstetric patients, newborns, and injured patients. The Analgizer was widely utilized for analgesia and sedation until the early 1970s, in a manner that foreshadowed the patient-controlled analgesia infusion pumps of today. The Analgizer inhaler was withdrawn in 1974, but use of methoxyflurane as a sedative and analgesic continues in Australia and New Zealand in the form of the Penthrox inhaler.

The largest manufacturers of inhalers are Cipla, GlaxoSmithKline (makers of the Advair Discus, a DPI), Midascare Pharmaceuticals Pvt Ltd, Merck, AstraZeneca (makers of Pulmicort and Symbicort) and Boehringer-Ingelheim (makers of Atrovent, Combivent, and Spiriva). BI, GSK, Merck, and AstraZeneca manufacture the medication being delivered via inhaler. However, 3M Drug Delivery Systems does some of the finished product manufacturing, as they are one of the leaders of MDI canisters, metering valves and other components.

Université Chouaib Doukkali

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L’université Chouaib Doukkali est une université publique marocaine, créée en 1985 au cœur de la ville d’El Jadida, l’Université Chouaïb Doukkali a vu le jour avec deux établissements universitaires, la Faculté des Sciences et la Faculté des Lettres et des Sciences Humaines. Aujourd’hui, l’Université se compose de cinq établissements universitaires par la création de la Faculté Polydisciplinaire (2004), l’École Nationale de Commerce et de Gestion (2006) et l’École Nationale des Sciences Appliquées (2008).

L’Université regroupe cinq établissements universitaires dont trois sont à accès ouvert et deux sont à accès régulé (accès par voie de concours).

Elle est classée 113e dans le classement régional 2016 des universités arabes (U.S.News & World Report).

L’université est composée de cinq établissements :

La Faculté des sciences offre des formations de qualité et développe des activités de recherche en synergie avec les besoins socio-économiques au niveau régional et national.

La faculté des lettres et des sciences humaines se situe sur la route secondaire menant au fils de la nouvelle Maachou, et occupe une superficie de 10 849 m2 qui est d’environ 5 hectares.

Elle dispense des formations multidisciplinaires et œuvre pour la mise en place des autres formations novatrices. Des formations professionnelles variées dans les domaines du social et du tourisme sont proposées. Elle couvre des domaines larges comme la littérature, les sciences humaines et les sciences sociales dont la demande en hauts et moyens cadres est en constante évolution.Elle offre des formations en licence fondamentale et professionnelle, Master et Master spécialisé dans huit départemements :

Dans le cadre de sa politique de formation, la Faculté Polydisciplinaire adopte comme axe stratégique l’ouverture sur le milieu socioéconomique à travers un ciblage de cursus professionnels en sciences du management, répondant à des besoins réels du marché de l’emploi en compétences, et tenant compte des impératifs du développement régional et national. Elle se veut également un établissement ouvert à l’international, avec des partenariats fructueux et féconds, à même d’améliorer la valeur ajoutée des profils de formation et l’employabilité des lauréats.

L’ENCG d’El Jadida a pour vocation de former des cadres de haut niveau opérationnels dans les domaines des sciences de la gestion et du commerce pour répondre aux besoins du marché de l’emploi et accompagner le développement économique à l’échelle régionale et nationale

L’ENSA d’El Jadida a pour vocation de former des ingénieurs de haut niveau opérationnels dans les domaines des sciences et techniques pour répondre aux besoins du marché de l’emploi et accompagner le développement économique à l’échelle régionale et nationale

Au titre de l’année 2008-2009, l’université Chouaïb Doukkali compte :