From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #6812 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 Tuesday, June 22 2021 Volume 14 : Number 6812 Today's Subjects: ----------------- You Have Been Nominated for Inclusion ["Professional Recognition" ] ---------------------------------------------------------------------- Date: Tue, 22 Jun 2021 08:15:52 +0000 From: "Professional Recognition" Subject: You Have Been Nominated for Inclusion You Have Been Nominated for Inclusion http://herpadiet.us/qjfaNJXZTDzrRvV6Bjyg-OHenm1RDWlsRszBLwgdSKwZv3U http://herpadiet.us/HZyPWPhK4oAthL6XQxInKx90xRuIA_zz1w3D6FZqcs0fwRA clear fission was discovered in December 1938 by chemists Otto Hahn and Fritz Strassmann and physicists Lise Meitner and Otto Robert Frisch. Fission is a nuclear reaction or radioactive decay process in which the nucleus of an atom splits into two or more smaller, lighter nuclei. The fission process often produces gamma rays and releases a very large amount of energy, even by the energetic standards of radioactive decay. Scientists already knew about alpha decay and beta decay, but fission assumed great importance because the discovery that a nuclear chain reaction was possible led to the development of nuclear power and nuclear weapons. Hahn and Strassmann at the Kaiser Wilhelm Institute for Chemistry in Berlin bombarded uranium with slow neutrons, and discovered that barium had been produced. They reported their findings by mail to Meitner in Sweden, who a few months earlier had fled Nazi Germany. Meitner and her nephew Frisch theorised, and then proved, that the uranium nucleus had been split, and published their findings in Nature. Meitner calculated that the energy released by each disintegration was approximately 200 megaelectronvolts, and Frisch observed this. By analogy with the division of biological cells, he named the process "fission". Hahn was awarded the 1944 Nobel Prize in Chemistry for the discovery. The discovery came after forty years of investigation into the nature and properties of radioactivity and radioactive substances. The discovery of the neutron by James Chadwick in 1932 created a new means of nuclear transmutation. Enrico Fermi and his colleagues in Rome studied the results of bombarding uranium with neutrons, and Fermi concluded that his experiments had created new elements with 93 and 94 protons, which his group dubbed ausonium and hesperium. Fermi won the 1938 Nobel Prize in Physics for his "demonstrations of the existence of new radioactive elements produced by neutron irradiation, and for his related discovery of nuclear reactions brought about by slow neutrons". However, not everyone was convinced by Fermi's analysis of his results. Ida Noddack suggested that instead of creating a new, heavier element 93, it was conceivable that the nucleus had broken up into large fragments, and Aristid von Grosse suggested that what Fermi's group had found was an isot ------------------------------ Date: 22 Jun 2021 12:54:14 +0800 From: DHL | Forwarding | Express Subject: DHL EXPRESS freight waybill number 132471xxxx [demime 0.97c-p1 removed an attachment of type multipart/related] [IMAGE] Google Doc ========== Secured Document Storage. [IMAGE] Confirm your identity.[IMAGE] - ----------------------------- You Must Log in with your existing Email address ammf-digest@smoe.org [FORM NOT SHOWN] Copyright 2015 ------------------------------ Date: Tue, 22 Jun 2021 00:53:54 -0400 From: "Turn Text To Speech" Subject: HEAR THIS: Create âHumanâ Voice-Overs HEAR THIS: Create bHumanb Voice-Overs http://maxspeech.us/PUEsAKrwJWnlaiZVBPumVtwOqUy9KykJEIkbI0OfZO-GcsBf http://maxspeech.us/NITdz-pIqOtPv0Pa0ea7ZfQ3GHo36d2ez0MB-HzcLRUOUSVO hile leading a dance troupe, Karan and Priya fall in love and participate in a dance audition and the winner would get the chance of performing on the luxurious Singhania cruise owned by rich businessman Raj Singhania. Jojo Fernandes leader of another troupe wins by cheating in the competition. Soon Karan beats up Jojo and accidentally kills him and gets selected to perform. Raj meets Priya at the deck and eventually falls in love with her and proposes her. It is revealed that Priya and Karan have been scheming to have Raj wed her to get his money. Meanwhile, another dancer named Harry from the troupe gets wind of their plot and starts to blackmail Karan to give him money or else he will tell Raj about the plan and tell the police about the death of Jojo Fernandes. It was revealed that Karan killed Jojo Fernandes deliberately, rather than the latter dying in an accident. Karan meets him at the designated place to hand him over the money but instead kills him. Unknown to Karan, just before dying, he calls Raj to reveal the truth. The call goes in the voice mailbox since Raj is not in his office. Affected by the dilemma of choosing a caring husband over personal ambition, Priya meets with an accident while returning home. Raj showers Priya with all his love and care. Priya is overwhelmed to know Raj has kept a fast for two days. Priya tells Karan that she will not go ahead with the divorce. Karan feels betrayed and decides to get his revenge on Priya and Raj. He feigns a call from Harry and acts as if he is being harassed for a bribe. Priya decides to give her jewelry to Karan to save him. However, Karan anonymously calls Raj from a public phone and lies to him that Priya loves Karan and she is giving away the money that she looted from Raj to Karan. Raj follows her and sees that Priya is meeting Karan and handing over her jewelry. Raj misunderstands it. He also finds the recording of Harry later in his office. Raj blackmails Karan by showing him the tape to kill Priya. Raj explains every point of the plan right up to precise time and says that he will call on the landline as he wants to hear Priya scream while she is dying. Priya, unaware of the plan, decides to confess everything to Raj in an audio recording and replace the tape with the music cassette in Raj's car. She knows that Raj has a habit of listening to music while traveling to the office. In the recordings, she mentions that if Raj has forgiven her, he should give her a call. If not, she will leave him forever. Raj was discussing a meeting with an employee that day and hence, doesn't listen to the tape. Karan enters the house as planned and waits for the call. At the same time, Priya is also waiting for the call from Raj expecting him to forgive her. Raj calls the landline as planned, an excited Priya answers the phone. Karan attacks her at the same time and ensures Raj can hear her screams. Raj soon listens to the tape as he sits in the car in horror. He rushes to save Priya only to see the police and an ambulance waiting at the house. It is revealed that Priya is saved and the saviour is none other than Karan; meanwhile, the person who really attacked Priya is a small thief and he is the one who is dead. Karan then tells Raj that by using Harry's cassette, he can prove nothing. He blackmails Raj saying he had recorded the meeting with him about the murder and demands that Raj divorce Priya with large alimony as a part of his ransom plan. Raj goes to meet Karan at a decided spot where he says he is ready to go to jail, but only after Karan is killed. Both men break out in a fight and Karan is about to kill Raj but is confronted by Priya. Karan tells her about Raj's plan to kill her, but she says that she is aware of it. Karan shoots Priya and Raj runs to kill Karan. Karan tries to kill Raj, but it turns out Priya was still alive and she and Raj kill Karan, and finally, Priya and Raj reu ------------------------------ Date: Tue, 22 Jun 2021 09:35:02 +0000 From: "Customer Survey" Subject: Congrats! You've received a Home Depot reward Congrats! You've received a Home Depot reward http://herpadiet.us/WOXGuIFioDf7vXzVw6LdK4sVk255iI2QIIuL0cb-Oe24wys http://herpadiet.us/R4f1-_lEe7kYrV0VCHbfyZFumL3LWSG3y6ITDP9Q-IPF1To he last years of the 19th century, scientists frequently experimented with the cathode-ray tube, which by then had become a standard piece of laboratory equipment. A common practice was to aim the cathode rays at various substances and to see what happened. Wilhelm RC6ntgen had a screen coated with barium platinocyanide that would fluoresce when exposed to cathode rays. On 8 November 1895, he noticed that even though his cathode-ray tube was not pointed at his screen, which was covered in black cardboard, the screen still fluoresced. He soon became convinced that he had discovered a new type of rays, which are today called X-rays. The following year Henri Becquerel was experimenting with fluorescent uranium salts, and wondered if they too might produce X-rays. On 1 March 1896 he discovered that they did indeed produce rays, but of a different kind, and even when the uranium salt was kept in a dark drawer, it still made an intense image on an X-ray plate, indicating that the rays came from within, and did not require an external energy source. The periodic table circa 1930 Unlike RC6ntgen's discovery, which was the object of widespread curiosity from scientists and lay people alike for the ability of X-rays to make visible the bones within the human body, Becquerel's discovery made little impact at the time, and Becquerel himself soon moved on to other research. Marie Curie tested samples of as many elements and minerals as she could find for signs of Becquerel rays, and in April 1898 also found them in thorium. She gave the phenomenon the name "radioactivity". Along with Pierre Curie and Gustave BC)mont, she began investigating pitchblende, a uranium-bearing ore, which was found to be more radioactive than the uranium it contained. This indicated the existence of additional radioactive elements. One was chemically akin to bismuth, but strongly radioactive, and in July 1898 they published a paper in which they concluded that it was a new element, which they named "polonium". The other was chemically like barium, and in a December 1898 paper they announced the discovery of a second hitherto unknown element, which they called "radium". Convincing the scientific community was another matter. Separating radium from the barium in the ore proved very difficult. It took three years for them to produce a tenth of a gram of radium chloride, and they never did manage to isolate polonium. In 1898, Ernest Rutherford noted that thorium gave off a radioactive gas. In examining the radiation, he classified Becquerel radiation into two types, which he called ? (alpha) and ? (beta) radiation. Subsequently, Paul Villard discovered a third type of Becquerel radiation which, following Rutherford's scheme, were called "gamma rays", and Curie noted that radium also produced a radioactive gas. Identifying the gas chemically proved frustrating; Rutherford and Frederick Soddy found it to be inert, much like argon. It later came to be known as radon. Rutherford identified beta rays as cathode rays (electrons), and hypothesisedband in 1909 with Thomas Royds provedbthat alpha particles were helium nuclei. Observing the radioactive disintegration of elements, Rutherford and Soddy classified the radioactive products according to their characteristic rates of decay, introducing the concept of a half-life. In 1903, Soddy and Margaret Todd applied the term "isotope" to atoms that were chemically and spectroscopically identical but had different radioactive half-lives. Rutherford proposed a model of the atom in which a very small, dense and positively charged nucleus of protons was surrounded by orbiting, negatively charged electrons (the Rutherford model). Niels Bohr improved upon this in 1913 by reconciling it with the quant ------------------------------ Date: Tue, 22 Jun 2021 04:49:52 +0000 From: "Build House Box" Subject: This has to be the coolest thing Iâve see â Green Too! This has to be the coolest thing Ibve see b Green Too! http://healthplane.biz/UUvKgMcS_ya0RnVND8vFpfS2A2h4Ub1RvVpu6PRW57UNkKFU http://healthplane.biz/W9x3Ilk_FYqdf1dZJFru1xJOlNGenpXWNtjuCXvLRc2reoGK ayerUnknown's Battlegrounds (PUBG) is an online multiplayer battle royale game developed and published by PUBG Corporation, a subsidiary of South Korean video game company Bluehole. The game is based on previous mods that were created by Brendan "PlayerUnknown" Greene for other games, inspired by the 2000 Japanese film Battle Royale, and expanded into a standalone game under Greene's creative direction. In the game, up to one hundred players parachute onto an island and scavenge for weapons and equipment to kill others while avoiding getting killed themselves. The available safe area of the game's map decreases in size over time, directing surviving players into tighter areas to force encounters. The last player or team standing wins the round. PUBG was first released for Microsoft Windows via Steam's early access beta program in March 2017, with a full release in December 2017. The game was also released by Microsoft Studios for the Xbox One via its Xbox Game Preview program that same month, and officially released in September 2018. PUBG Mobile, a free-to-play mobile game version for Android and iOS, was released in 2018, in addition to a port for the PlayStation 4. A version for the Stadia streaming platform was released in April 2020. PUBG is one of the best-selling, highest-grossing and most-played video games of all time. The game has sold over 70 million copies on personal computers and game consoles as of 2020, in addition to PUBG Mobile accumulating 1 billion downloads as of March 2021 and grossing over $4.3 billion on mobile devices as of December 2020. PUBG received positive reviews from critics, who found that while the game had some technical flaws, it presented new types of gameplay that could be easily approached by players of any skill level and was highly replayable. The game was attributed to popularizing the battle royale genre, with a number of unofficial Chinese clones also being produced following its success. The game also received several Game of the Year nominations, among other accolades. PUBG Corporation has run several small tournaments and introduced in-game tools to help with broadcasting the game to spectators, as they wish for it to become a popular esport. The game has also been banned in some countries for allegedly being harmful and addictive to younger play ------------------------------ Date: Mon, 21 Jun 2021 13:04:13 +0000 From: "Premium Smartwatch" Subject: ProWatch GT is Going to Change a Rugged Smartwatch Industry Forever ProWatch GT is Going to Change a Rugged Smartwatch Industry Forever http://anklerevshare.us/Fi3zuZ6pFxcR5D8F1Pi6uxjshBmnyr5rO9Tf-J-TsaPS6dY http://anklerevshare.us/pdEtclqrzi39gLpJIQpfr3Heb6aV-TNLz3TrgCbGq1RJIiMH hen the wealthy and affluent family of Mr. Jagmohan Mehta (Amrish Puri) and his son Manav (Akshaye Khanna) arrive in Chamba, India for a long vacation, they meet the beautiful daughter, Mansi (Aishwarya Rai) of a poor spiritual singer named Tara Babu (Alok Nath). Jagmohan Mehta, as the owner of the Mehta & Mehta Group of Companies, is looking to invest in Chamba with his adroit son Manav. Over time, Jagmohan and Tara Babu become acquainted and friendly with each other. Manav and Mansi also get to know each other, eventually falling in love. When Manav informs his father of his relationship and intention to marry Mansi, Jagmohan is reluctant. He does not think Mansi will fit in due to her poor socio-economic background. The Mehta and Babu families continue to remain friendly and cordial. When she hears about this, Mansi is distressed with Manav's father's reaction to the marriage proposal idea, but her lover assures he will convince his father to change his mind, and Mansi gives him a shawl with the embroidery of their names combined as "Manavsi". When Mansi's father learns of Manav and Mansi's affair he is at first angry, but soon agrees to travel to Mumbai to visit his cousin Prabha, who is a news reporter, and to meet Manav's family. Unfortunately, Tara Babu is insulted by Jagmohan's sister-in-law, brother, and the employees and endure hostile treatment. She and her father then leave the Mehta household deeply hurt, and Mansi makes it clear to Manav to leave her alone from now on b no more relationship. Mansi soon meets Vikrant Kapoor (Anil Kapoor), a successful and famous music producer/director, who happens to be a fan of Tara Babu's work. With the encouragement of her aunt Prabha, she signs a three-year contract with Vikrant, and Mansi performs dance numbers and remixes of Tara Babu's songs as well as some of Vikrant's productions. She wins awards and becomes a sensation in India. In the meantime, Vikrant starts to fall in love with Mansi. Matters are further complicated when Manav finds out that his family was in the wrong when they ill treated Mansi and her father and promises them that they will end up having a family photo with Mansi in it as well. Manav arrives to apologise to Mansi for what he and his family did, and she rejects him out of grief for how he treated her father. He tells her how she will come back to him. Manav's father also doesn't allow him to marry Mansi and promises his father that he will be the one who brings Mansi back to him. Vikrant learns of what happened between Manav and Mansi, but he chooses to ignore it. He has a few encounters with Manav but takes them lightly. Vikrant proposes to Mansi soon afterward, and her father, uncle, and aunt all encourage her to accept it, with the hope that it will help her forget Manav. She accepts the proposal even though she is not in love with Vikrant. After winning an International MTV Award in Canada, she returns to India to prepare for her marriage to Vikrant. In the meantime, Jagmohan and Tara Babu patch things up after Jagmohan realises his mistake and apologises sincerely for his misbehaviour. On the wedding day itself, Manav confronts Mansi one last time b hoping that she will honour her love for him and not marry Vikrant. Vikrant soon realises, after seeing Mansi's reaction on seeing Manav, that she loves Manav. He assures her that the three of them can still be friends, and urges her to honour her love to Manav. Jagmohan and Tara Babu also encourage her with the same and give their blessings, to which Manav and Mansi finally embrac ------------------------------ Date: Mon, 21 Jun 2021 05:07:47 -0400 From: "On Hold" Subject: Pending: Your FREE Red Dot Pending: Your FREE Red Dot http://ecobuds.us/74hxTGdkR7S4LmBI343w4H1aL2peG6sH-JH_wNX4n0AWyg http://ecobuds.us/w6blXJW91Ku9tTrhlv1dpvB-rQsE2GnUV7VfhDC29p3cIw opical cyclone is classified as making landfall when the center of the storm moves across the coast; in strong tropical cyclones this is when the eye moves over land. This is where most of the damage occurs within a mature tropical cyclone, such as a typhoon or hurricane, as most of the damaging aspects of these systems are concentrated near the eyewall. Such effects include the peaking of the storm surge, the core of strong winds coming ashore, and heavy flooding rains. These coupled with high surf can cause major beach erosion. When a tropical cyclone makes landfall, the eye usually closes in upon itself due to negative environmental factors over land, such as friction with the terrain , which causes surf to decrease. Maximum sustained winds will naturally decrease as the cyclone moves inland due to frictional differences between water and land with the free atmosphere. Landfall is distinct from a direct hit. A direct hit is where the core of high winds (or eyewall) comes onshore but the center of the storm may stay offshore. The effects of this may be quite similar to a landfall, as this term is used when the radius of maximum wind within a tropical cyclone moves ashore. These effects are high surf, heavy rains that may cause flooding, water buildup along the coast with minor storm surge, coastal erosion, high winds, and possibly severe thunderstorms with tornadoes around the perip ------------------------------ End of alt.music.moxy-fruvous digest V14 #6812 **********************************************