From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #3990 Reply-To: ammf@fruvous.com Sender: owner-ammf-digest@smoe.org Errors-To: owner-ammf-digest@smoe.org Precedence: bulk alt.music.moxy-fruvous digest Wednesday, April 15 2020 Volume 14 : Number 3990 Today's Subjects: ----------------- Free PM2.5 Breathing Mask, 24 hour dispatch! ["Keith" ] Germidin - Alcohol Disinfection Cleaning Wipes ["Germidin" Subject: Free PM2.5 Breathing Mask, 24 hour dispatch! Free PM2.5 Breathing Mask, 24 hour dispatch! http://alivekit.bid/J-O6lYEtb3gr-WZpA--LsFU-9TBSkNJJgKP8f1f4aHR97Z4z http://alivekit.bid/_xosP3zoEB-w31Bs3wrSRDJkBnf6Cc1RX3FqYJKYCN3TWGV- Suger's family origins are unknown. Several times in his writings he suggests that his was a humble background, though this may just be a topos or convention of autobiographical writing. In 1091, at the age of ten, Suger was given as an oblate to the abbey of St. Denis, where he began his education. He trained at the priory of Saint-Denis de l'EstrC)e, and there first met the future king Louis VI of France. From 1104 to 1106, Suger attended another school, perhaps that attached to the abbey of Saint-BenoC.t-sur-Loire. In 1106 he became secretary to the abbot of Saint-Denis. In the following year he became provost of Berneval in Normandy, and in 1109 of Toury. In 1118, Louis VI sent Suger to the court of Pope Gelasius II at Maguelonne (at Montpellier, Gulf of Lyon), and he lived from 1121 to 1122 at the court of Gelasius's successor, Calixtus II. On his return from Maguelonne, Suger became abbot of St-Denis. Until 1127, he occupied himself at court mainly with the temporal affairs of the kingdom, while during the following decade he devoted himself to the reorganization and reform of St-Denis. In 1137, he accompanied the future king, Louis VII, into Aquitaine on the occasion of that prince's marriage to Eleanor of Aquitaine, and during the Second Crusade served as one of the regents of the kingdom (1147b1149). He bitterly opposed the king's divorce, having himself advised the marriage. Although he disapproved of the Second Crusade, he himself, at the time of his death, had started preaching a new crusade. Abbot Suger's chalice Suger served as the friend and counsellor both of Louis VI and Louis VII. He urged the king to destroy the feudal bandits, was responsible for the royal tactics in dealing with the communal movements, and endeavoured to regularize the administration of justice. He left his abbey, which possessed considerable property, enriched and embellished by the construction of a new church built in the nascent Gothic style. Suger wrote extensively on the construction of the abbey in Liber de Rebus in Administratione sua Gestis, Libellus Alter de Consecratione Ecclesiae Sancti Dionysii, and Ordinatio. In the 1940s, the prominent art-historian Erwin Panofsky claimed that the theology of Pseudo-Dionysius the Areopagite influenced the architectural style of the abbey of St. Denis, though later scholars have argued against such a simplistic link between philosophy and architectural form ------------------------------ Date: Wed, 15 Apr 2020 03:55:01 -0400 From: "Eye Floaters" Subject: Getting Rid of Eye Floaters Without the High Costs & Dangers of Laser Treatments Getting Rid of Eye Floaters Without the High Costs & Dangers of Laser Treatments http://protected.guru/rQAy8TSZpG_pWZyNB51B2KzEPsrDp983HDi1JwXIT1Qd0Q http://protected.guru/7XwAm7WA9mBcuIyPqiga2f2lkgQTrVtcbt6L4kqEFWdl6w At magnitude 4.93, Delta Horologii is the second-brightest star in the constellation, and forms a wide optical double with Alpha. Delta itself is a true binary system composed of a white main sequence star of spectral type A5V that is 1.41 times as massive as the Sun with a magnitude of 5.15 and its fainter companion of magnitude 7.29. The system is located 179 (B1 4) light-years from the earth. At magnitude 5.0, Beta Horologii is a white giant 63 times as luminous as the Sun with an effective temperature of 8,303 K. It is 312 (B1 4) light-years from Earth, and has been little-studied. Lambda Horologii is an ageing yellow-white giant star of spectral type F2III that spins around at 140 km/second, and is hence mildly flattened at its poles (oblate). It is 161 (B1 1) light-years from Earth. With a magnitude of 5.24, Nu Horologii is a white main sequence star of spectral type A2V located 169 (B1 1) light-years from Earth that is around 1.9 times as massive as the Sun. Estimated to be around 540 million years old, it has a debris disk that appears to have two components: an inner disk is orbiting at a distance of 96+9 ?37 AU, while an outer disk lies 410+24 ?96 AU from the star. The estimated mass of the disks is 0.13%B10.07% the mass of the Earth. Horologium has several variable stars. R Horologii is a red giant Mira variable with one of the widest ranges in brightness known of stars in the night sky visible to the unaided eye. It is around 1,000 light-years from Earth. It has a minimum magnitude of 14.3 and a maximum magnitude of 4.7, with a period of approximately 13 months. T and U Horologii are also Mira variables. The Astronomical Society of Southern Africa reported in 2003 that observations of these two stars were needed as data on their light curves was incomplete. TW Horologii is a semiregular variable red giant star that is classified as a carbon star, and is 1,370 (B1 70) light-years from Earth ------------------------------ Date: Wed, 15 Apr 2020 04:00:00 -0400 From: "Colombian Woman" Subject: Have You Given Colombian Dating a Try? Have You Given Colombian Dating a Try? http://alivekit.bid/nCAVtqUjUcjrXyEbwlIPBY78yKXo6kchPCF8H3kjq57ZWqy9 http://alivekit.bid/ic5SEWnHSZAyPVm67Vio_sniQRHKTa_ZGBjjNA3L_SAF9Db5 Blue is one of the three primary colours of pigments in painting and traditional colour theory, as well as in the RGB colour model. It lies between violet and green on the spectrum of visible light. The eye perceives blue when observing light with a dominant wavelength between approximately 450 and 495 nanometres. Most blues contain a slight mixture of other colours; azure contains some green, while ultramarine contains some violet. The clear daytime sky and the deep sea appear blue because of an optical effect known as Rayleigh scattering. An optical effect called Tyndall scattering explains blue eyes. Distant objects appear more blue because of another optical effect called aerial perspective. Blue has been an important colour in art and decoration since ancient times. The semi-precious stone lapis lazuli was used in ancient Egypt for jewellery and ornament and later, in the Renaissance, to make the pigment ultramarine, the most expensive of all pigments. In the eighth century Chinese artists used cobalt blue to colour fine blue and white porcelain. In the Middle Ages, European artists used it in the windows of cathedrals. Europeans wore clothing coloured with the vegetable dye woad until it was replaced by the finer indigo from America. In the 19th century, synthetic blue dyes and pigments gradually replaced mineral pigments and synthetic dyes. Dark blue became a common colour for military uniforms and later, in the late 20th century, for business suits. Because blue has commonly been associated with harmony, it was chosen as the colour of the flags of the United Nations and the European Union. Surveys in the US and Europe show that blue is the colour most commonly associated with harmony, faithfulness, confidence, distance, infinity, the imagination, cold, and sometimes with sadness. In US and European public opinion polls it is the most popular colour, chosen by almost half of both men and women as their favourite colour. The same surveys also showed that blue was the colour most associated with the masculine ------------------------------ Date: Wed, 15 Apr 2020 05:21:19 -0400 From: "CarbonMask" Subject: Provides excellent filtration against most type of pollution Provides excellent filtration against most type of pollution http://protected.guru/z7k4OKoNk-v82mtz1ArSKn0ADxbwCu-EdI7M8aYKPN-0yPhk http://protected.guru/1AKNsTQzGQGz-lbMcrVmxmPYdcRIvol5sybpDmoE0QePzN-O Another important factor in the increased prestige of the colour blue in the 12th century was the veneration of the Virgin Mary, and a change in the colours used to depict her clothing. In earlier centuries her robes had usually been painted in sombre black, grey, violet, dark green or dark blue. In the 12th century the Roman Catholic Church dictated that painters in Italy (and the rest of Europe consequently) to paint the Virgin Mary with the new most expensive pigment imported from Asia; ultramarine.[citation needed] Blue became associated with holiness, humility and virtue. Ultramarine was made from lapis lazuli, from the mines of Badakshan, in the mountains of Afghanistan, near the source of the Oxus River. The mines were visited by Marco Polo in about 1271; he reported, "here is found a high mountain from which they extract the finest and most beautiful of blues." Ground lapis was used in Byzantine manuscripts as early as the 6th century, but it was impure and varied greatly in colour. Ultramarine refined out the impurities through a long and difficult process, creating a rich and deep blue. It was called bleu outremer in French and blu oltremare in Italian, since it came from the other side of the sea. It cost far more than any other colour, and it became the luxury colour for the Kings and Princes of Europe. King Louis IX of France, better known as Saint Louis (1214b1270), became the first king of France to regularly dress in blue. This was copied by other nobles. Paintings of the mythical King Arthur began to show him dressed in blue. The coat of arms of the kings of France became an azure or light blue shield, sprinkled with golden fleur-de-lis or lilies. Blue had come from obscurity to become the royal colour. Once blue became the colour of the king, it also became the colour of the wealthy and powerful in Europe. In the Middle Ages in France and to some extent in Italy, the dyeing of blue cloth was subject to license from the crown or state. In Italy, the dyeing of blue was assigned to a specific guild, the tintori di guado, and could not be done by anyone else without severe penalty. The wearing of blue implied some dignity and some wealth. Besides ultramarine, several other blues were widely used in the Middle Ages and later in the Renaissance. Azurite, a form of copper carbonate, was often used as a substitute for ultramarine. The Romans used it under the name lapis armenius, or Armenian stone. The British called it azure of Amayne, or German azure. The Germans themselves called it bergblau, or mountain stone. It was mined in France, Hungary, Spain and Germany, and it made a pale blue with a hint of green ------------------------------ Date: Wed, 15 Apr 2020 09:48:19 +0530 From: suraj Mehta Subject: Professional web design service Hi, I am Suraj a Web Development Manager in (India) and I work with 100+experienced IT professionals who are into: *Website Designing, Web Development, PHP development, e-Commerce solutions, SEO Services and Content Writing, PPC Services.* May I know if you are interested in any of these services? 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In contrast to England, which embarked on Elizabethan houses, Scotland saw the building of castles and fortified houses continue well into the 17th century, and many were constructed in a building-boom following the Scottish Reformation. The most distinctive Scottish fortification at this time was the tower house. The grandest medieval Scottish castles are composed of a series of courtyards, with a keep at their centre, but the lone keep-towers were more common, particularly amongst Scottish feudal barons. Some of Scotland's most famous medieval fortifications include Castle Stalker and Stirling Castle. More recent, Jacobean era castles include Edinburgh Castle and Craigievar Castle. The arrival of the cannon made high-walled castles defensively impractical and obsolete, but the fortification genre evolved into a style in its own right; Scots Baronial Style architecture has an emphasis on turrets and strong vertical lines drawn from tower houses, and constitutes one of Scotland's "most distinctive contributions to British architecture". The new political stability, made possible by the Act of Union, allowed for renewed prosperity in Scotland, which led to a spate of new building, both public and private, during the 18th century. Scotland produced "the most important British architects of this age": Colen Campbell, James Gibbs and Robert Adam were Scots interpreting the first phase of Classical forms of ancient Greece and Rome in Palladian architecture. Edinburgh's New Town was the focus of this classical building boom, resulting in the city being nicknamed "The Athens of the North" on account both of its intellectual output from the Scottish Enlightenment and the city's neo-classical architecture. Together with Edinburgh's Old Town, it constitutes one of the United Kingdom's World Heritage Sites. Christian architecture in Scotland has a distinct style; The Royal Institute of British Architects have stated that "Scottish churches are peculiarly plain, low and often quite humble buildings". The Scottish Reformation revolutionised church architecture in Scotland, because the Scottish Calvinists rejected ornamental places of worship ------------------------------ Date: Sun, 12 Apr 2020 09:41:25 -0400 From: "Infrared Thermometer" Subject: Body temperature measurement: aiming towards the forehead Body temperature measurement: aiming towards the forehead http://bloodpressupl.co/wXvdHBD7yMn87byLcF6vr-d_3odq-_mRhg_OIG353J9GAVRQ http://bloodpressupl.co/eu_eJJNwjZEWnvOxVqaFkOOaGyWTP6pp-Ogck5EJa9IMabfx amide orogeny produced intermontane structural basins and adjacent mountain blocks by means of deformation. This style of deformation is typical of continental plates adjacent to convergent margins of long duration that have not sustained continent/continent collisions. This tectonic setting produces a pattern of compressive uplifts and basins, with most of the deformation confined to block edges. Twelve kilometers of structural relief between basins and adjacent uplifts is not uncommon. The basins contain several thousand meters of Paleozoic and Mesozoic sedimentary rocks that predate the Laramide orogeny. As much as 5,000 meters (16,000 ft) of Cretaceous and Cenozoic sediments filled these orogenically-defined basins. Deformed Paleocene and Eocene deposits record continuing orogenic activity. During the Laramide orogeny, basin floors and mountain summits were much closer to sea level than today. After the seas retreated from the Rocky Mountain region, floodplains, swamps, and vast lakes developed in the basins. Drainage systems imposed at that time persist today. Since the Oligocene, episodic epeirogenic uplift gradually raised the entire region, including the Great Plains, to present elevations. Most of the modern topography is the result of Pliocene and Pleistocene events, including additional uplift, glaciation of the high country, and denudation and dissection of older Cenozoic surfaces in the basin by fluvial processes. Topographic map of the Bighorn Basin (highlighted in orange), formed by the Laramide Orogeny In the United States, these distinctive intermontane basins occur principally in the central Rocky Mountains from Colorado and Utah (Uinta Basin) to Montana and are best developed in Wyoming, with the Bighorn, Powder River, and Wind River being the largest. Topographically, the basin floors resemble the surface of the western Great Plains, except for vistas of surrounding mountains. At most boundaries, Paleozoic through Paleogene units dip steeply into the basins off uplifted blocks cored by Precambrian rocks. The eroded steeply dipping units form hogbacks and flatirons. Many of the boundaries are thrust or reverse faults. Although other boundaries appear to be monoclinal flexures, faulting is suspected at depth. Most bounding faults show evidence of at least two episodes of Laramide (Late Cretaceous and Eocene) movement, suggesting both thrust and strike-slip types of displacement. Ecological consequences According to paleontologist Thomas M. Lehman, the Laramide orogeny triggered "the most dramatic event that affected Late Cretaceous dinosaur communities in North America prior to their extinction." This turnover event saw the replacement of specialized and highly ornamented centrosaurine and lambeosaurine ------------------------------ End of alt.music.moxy-fruvous digest V14 #3990 **********************************************