Abuse filter log

Details for log entry 269,540

22:34, 7 March 2021: MireyaNyd7515521 (talk | contribs) triggered filter 0, performing the action "edit" on User:MireyaNyd7515521. Actions taken: Disallow; Filter description: (examine)

Changes made in edit

Action parameters

Variable	Value
Edit count of the user `(user_editcount)`	0
Name of the user account `(user_name)`	'MireyaNyd7515521'
Age of the user account `(user_age)`	33695454
Page ID `(page_id)`	0
Page namespace `(page_namespace)`	2
Page title (without namespace) `(page_title)`	'MireyaNyd7515521'
Full page title `(page_prefixedtitle)`	'User:MireyaNyd7515521'
Action `(action)`	'edit'
Edit summary/reason `(summary)`	''
Old content model `(old_content_model)`	''
New content model `(new_content_model)`	'wikitext'
Old page wikitext, before the edit `(old_wikitext)`	''
New page wikitext, after the edit `(new_wikitext)`	'<br>A spheroidite is a strange looking mineral that has only recently become known to the scientific community. It is formed in the earth by the formation of large crystals from molten rock. The name spheroidite comes from its shape, which resembles a sphere or ellipse. The spheroidite forms in the earth as a result of an eruption and as the molten rock cools, it crystallizes and forms spherules.<br><br><br>The interesting thing about schedules is that the mineral can form anywhere. The schedules may be formed from underground or surface eruptions. However, they are usually found in volcanic areas where they have melted from hot magma. These schedules may be found in rocks, but they are also found in certain chemicals, such as water, in some industrial applications.<br><br><br>New technologies and analytical techniques have allowed scientists to examine the schedules in various industries. One of the most useful and effective methods of determining the chemical composition of the mineral is through analysis of the chemical composition of the spherule. By using this method, the chemical composition of the spherules can be determined and it can be used as an indication of the exact composition of the mineral.<br><br><br>The chemical makeup of the spheroidite is usually determined by determining the structure of the spherules. In this way, scientists can determine whether the mineral is of a good quality and whether it is formed from a volcanic eruption or not.<br><br><br>One of the major difficulties that scientists have when testing the chemical composition of a specific mineral is the fact that they cannot use their equipment in the open air because of the high temperature that is required for their equipment to work. This is not the case with the spheroidite, however. Scientists can use the high temperature setting of their laboratory equipment to melt the spheroidite and they will then be able to study the resulting product.<br><br><br>Another problem with testing the chemical composition of a mineral in open air is that it can be very difficult to determine if the sample is from a volcano or not. If you have just about any questions concerning where along with the way to utilize [https://www.castermetal.com/steel-casting-manufacturer/ www.castermetal.com], it is possible to contact us in our own internet site. If the volcano erupts, there are many samples of the same type of volcano that are scattered around the area that is affected by the eruption.<br><br><br>Therefore, it is very difficult to determine if the sample is from a volcano without being exposed to the high temperature that is needed to melt the spheroidite. Because of these problems, scientists use laboratory facilities that are equipped with equipment that can melt a relatively small amount of the mineral and analyze the resulting product.<br><br><br>In addition to laboratory facilities, a few companies provide analytical testing of the chemical makeup of the spheroidite. The results of the analysis of the spheroidite are then compared with the results from the laboratory facilities so that both can be compared to determine whether they are related.<br>'
New page size `(new_size)`	3179
Old page size `(old_size)`	0
All external links added in the edit `(added_links)`	[ 0 => 'https://www.castermetal.com/steel-casting-manufacturer/' ]
All external links in the new text `(all_links)`	[ 0 => 'https://www.castermetal.com/steel-casting-manufacturer/' ]
Links in the page, before the edit `(old_links)`	[]
Unix timestamp of change `(timestamp)`	1615156484


			<br>A spheroidite is a strange looking mineral that has only recently become known to the scientific community. It is formed in the earth by the formation of large crystals from molten rock. The name spheroidite comes from its shape, which resembles a sphere or ellipse. The spheroidite forms in the earth as a result of an eruption and as the molten rock cools, it crystallizes and forms spherules.<br><br><br>The interesting thing about schedules is that the mineral can form anywhere. The schedules may be formed from underground or surface eruptions. However, they are usually found in volcanic areas where they have melted from hot magma. These schedules may be found in rocks, but they are also found in certain chemicals, such as water, in some industrial applications.<br><br><br>New technologies and analytical techniques have allowed scientists to examine the schedules in various industries. One of the most useful and effective methods of determining the chemical composition of the mineral is through analysis of the chemical composition of the spherule. By using this method, the chemical composition of the spherules can be determined and it can be used as an indication of the exact composition of the mineral.<br><br><br>The chemical makeup of the spheroidite is usually determined by determining the structure of the spherules. In this way, scientists can determine whether the mineral is of a good quality and whether it is formed from a volcanic eruption or not.<br><br><br>One of the major difficulties that scientists have when testing the chemical composition of a specific mineral is the fact that they cannot use their equipment in the open air because of the high temperature that is required for their equipment to work. This is not the case with the spheroidite, however. Scientists can use the high temperature setting of their laboratory equipment to melt the spheroidite and they will then be able to study the resulting product.<br><br><br>Another problem with testing the chemical composition of a mineral in open air is that it can be very difficult to determine if the sample is from a volcano or not. If you have just about any questions concerning where along with the way to utilize [https://www.castermetal.com/steel-casting-manufacturer/ www.castermetal.com], it is possible to contact us in our own internet site. If the volcano erupts, there are many samples of the same type of volcano that are scattered around the area that is affected by the eruption.<br><br><br>Therefore, it is very difficult to determine if the sample is from a volcano without being exposed to the high temperature that is needed to melt the spheroidite. Because of these problems, scientists use laboratory facilities that are equipped with equipment that can melt a relatively small amount of the mineral and analyze the resulting product.<br><br><br>In addition to laboratory facilities, a few companies provide analytical testing of the chemical makeup of the spheroidite. The results of the analysis of the spheroidite are then compared with the results from the laboratory facilities so that both can be compared to determine whether they are related.<br>