Phosphorescence: Revision history

23 May 2024

• curprev 11:4411:44, 23 May 2024‎ Twinsday talk contribs‎ 28,002 bytes −294‎ rp cite templates #article-section-source-editor undo Tags: Mobile edit Mobile app edit iOS app edit

9 May 2024

• curprev 02:0602:06, 9 May 2024‎ AnomieBOT talk contribs‎ m 28,296 bytes +28‎ Dating maintenance tags: {{Explain}} {{Cn}} undo
• curprev 00:0600:06, 9 May 2024‎ 178.143.40.241 talk‎ 28,268 bytes +153‎ Undid revision 1222943785 by Zaereth (talk) The citation does not support your original research claim that this is a "completely random process". Namely, the cited source does not contain a single occurrence of the word "random" or "randomness" (feel free to correct me if I'm wrong; I only searched for the terms in my PDF viewer without reading the entire document). undo Tag: Undo
• curprev 00:0300:03, 9 May 2024‎ 178.143.40.241 talk‎ 28,115 bytes +53‎ Undid revision 1222944295 by Zaereth (talk) Your lovely little essay fails to address the fact that Joule (or electron-volt) is not a unit of force; it is a unit of energy (or work). If the article says the hole creates a *force* which can be measured in electron-volts, that statement is factually incorrect and must be rectified. This is a matter of fact, not opinion. undo Tag: Undo

8 May 2024

• curprev 22:4322:43, 8 May 2024‎ AnomieBOT talk contribs‎ m 28,062 bytes +14‎ Dating maintenance tags: {{Explain}} undo
• curprev 22:2222:22, 8 May 2024‎ Zaereth talk contribs‎ 28,048 bytes −53‎ →‎Persistent phosphorescence: What's to explain. Volts are the electromotive force. Basic fifth-grade science, energy, force, and work are interdependent; one cannot exist without the other two. Energy creates force which does the work. Any measurement of energy is a measurement of the work created by the force provided by the energy. undo Tag: Reverted
• curprev 22:1822:18, 8 May 2024‎ Zaereth talk contribs‎ 28,101 bytes −153‎ →‎Persistent phosphorescence: Rv. Citation is already there. No need to have the same ref after each sentence it supports. On the atomic scale, temperature is a random process. At any given time some atoms will be extremely hot while others extremely cold. It's why coffee steams even though it's below the boiling point. Randomness increases as an object comes into thermal equilibrium, and any temperature is just an average of the random distribution. undo Tags: Manual revert Reverted
• curprev 21:3721:37, 8 May 2024‎ 178.143.40.241 talk‎ 28,254 bytes +153‎ →‎Persistent phosphorescence: cn undo Tag: Reverted
• curprev 20:0320:03, 8 May 2024‎ 178.143.40.241 talk‎ 28,101 bytes +176‎ →‎lede: explain undo
• curprev 19:4619:46, 8 May 2024‎ 178.143.40.241 talk‎ 27,925 bytes +10‎ →‎Shadow wall: rephrase this atrocity undo
• curprev 19:4219:42, 8 May 2024‎ 178.143.40.241 talk‎ 27,915 bytes −221‎ →‎Persistent phosphorescence: uses have their own section undo
• curprev 19:3119:31, 8 May 2024‎ 178.143.40.241 talk‎ 28,136 bytes −16‎ →‎Persistent phosphorescence: more english yes? undo
• curprev 19:2019:20, 8 May 2024‎ 178.143.40.241 talk‎ 28,152 bytes +53‎ →‎Persistent phosphorescence: explain undo
• curprev 12:3112:31, 8 May 2024‎ AnomieBOT talk contribs‎ m 28,099 bytes +28‎ Dating maintenance tags: {{Explain}} undo
• curprev 10:3110:31, 8 May 2024‎ 178.143.40.241 talk‎ 28,071 bytes +92‎ explain undo

5 May 2024

• curprev 19:1819:18, 5 May 2024‎ 178.143.40.241 talk‎ 27,979 bytes −2‎ add a little structure