From: owner-ammf-digest@smoe.org (alt.music.moxy-fruvous digest) To: ammf-digest@smoe.org Subject: alt.music.moxy-fruvous digest V14 #4981 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 Sunday, September 20 2020 Volume 14 : Number 4981 Today's Subjects: ----------------- Would you commit to Keto for 14 days? (here's the PLAN) ["Take control of] Smile with confidence! ["Your dental health" ] ---------------------------------------------------------------------- Date: Fri, 18 Sep 2020 09:32:18 -0400 From: "Take control of your health" Subject: Would you commit to Keto for 14 days? (here's the PLAN) Would you commit to Keto for 14 days? (here's the PLAN) http://crisplinks.co/NyfoQO4hqhx_DhHFMeg89gl0nCwvsqtrtHoCgAnqnUc7_B71 http://crisplinks.co/tWTfw_ey5EU83VFDIaZ8NZpPx2NFnHzFLKRVXUsGoTMmF7NX eveloping a plan to mine this effectively and efficiently. The discovery can be made from the research of mineral maps, academic geological reports or local, state, and national geological reports. Other sources of information include property essays and local word of mouth. Mineral research usually includes the sampling and analysis of sediments, soil and drill-core. Soil sampling and analysis is one of the most popular mineral exploration tools . Common tools include satellite and airborne photographs or airborne geophysics, including magnetometric and gamma-spectrometric maps . Unless the mineral exploration is done on public property, the owners of the property may play a significant role in the exploration process, and might be the original discoverer of the mineral deposit. Mineral determination After a prospective mineral is located, the mining geologist and/or mining engineer then determines the ore properties. This may involve a chemical analysis of the ore to determine the composition of the sample. Once the mineral properties are identified, the next step is determining the quantity of the ore. This involves determining the extent of the deposit as well as the purity of the ore. The geologist drills additional core samples to find the limits of the deposit or seam and calculates the quantity of valuable material present in the deposit. Feasibility study Main article: Mining feasibility study Once the mineral identification and reserve amount are reasonably determined, the next step is to determine the feasibility of recovering the mineral deposit. A preliminary study shortly after the discovery of the deposit examines the market conditions such as the supply and demand of the mineral, the amount of ore needed to be moved to recover a certain quantity of that mineral as well as analysis of the cost associated with the operation. This pre-feasibility study determines whether the mining project is likely to be profitable; if it is then a more in-depth analysis of the deposit is undertaken. After the full extent of the ore body is known and has been examined by engineers, the feasibility study examines the cost of initial capital investment, methods of extraction, the cost of operation, an estimated length of time to payback, the gross revenue and net profit margin, any possible resale price of the land, the total life of the reserve, the total value of the reserve, investment in future projects, and the property owner or owners' contract. In addition, environmental impact, reclamation, possible legal ramifications and all government permitting are considered. These steps of analysis determine whether the mining company should proceed with the extraction of the minerals or whether the project should be abandoned. The mining company may decide to sell the rights to the reserve to a third party rather than develop it themselves, or the decision to proceed with extraction may be postponed indefinitely until market conditions become favourable. ------------------------------ Date: Thu, 17 Sep 2020 14:21:49 -0400 From: "Your dental health" Subject: Smile with confidence! Smile with confidence! http://burnfats.co/neTAyttMHayM1pjWsYWF5B_C3ACTck9EYvbXw1MpDIq3tO22 http://burnfats.co/t29Jj8TZ76NdhR0mR8wXEfa7wDqipWFjNBfqQPZ0MrsK6N-N Noctilucent clouds are generally colourless or pale blue, although occasionally other colours including red and green occur. The characteristic blue colour comes from absorption by ozone in the path of the sunlight illuminating the noctilucent cloud. They can appear as featureless bands, but frequently show distinctive patterns such as streaks, wave-like undulations, and whirls. They are considered a "beautiful natural phenomenon". Noctilucent clouds may be confused with cirrus clouds, but appear sharper under magnification. Those caused by rocket exhausts tend to show colours other than silver or blue, because of iridescence caused by the uniform size of the water droplets produced. Noctilucent clouds may be seen by observers at a latitude of 50B0 to 65B0. They seldom occur at lower latitudes (although there have been sightings as far south as Paris, Utah, Italy, Turkey and Spain), and closer to the poles it does not get dark enough for the clouds to become visible. They occur during summer, from mid-May to mid-August in the northern hemisphere and between mid-November and mid-February in the southern hemisphere. They are very faint and tenuous, and may be observed only in twilight around sunrise and sunset when the clouds of the lower atmosphere are in shadow, but the noctilucent cloud is illuminated by the Sun. They are best seen when the Sun is between 6B0 and 16B0 below the horizon. Although noctilucent clouds occur in both hemispheres, they have been observed thousands of times in the northern hemisphere, but fewer than 100 times in the southern. Southern hemisphere noctilucent clouds are fainter and occur less frequently; additionally the southern hemisphere has a lower population and less land area from which to make observations. These clouds may be studied from the ground, from space, and directly by sounding rocket. Also, some noctilucent clouds are made of smaller crystals, 30 nm or less, which are invisible to observers on the ground because they do not scatter enough light ------------------------------ End of alt.music.moxy-fruvous digest V14 #4981 **********************************************