20:01:25 発信元: *Tutor* Tatsuhiko Ogawa : http://phits.jaea.go.jp/tutorial/rec.html 1.https://forms.gle/bQjAzdJjXEiNbJhr6 20:05:48 発信元: *Tutor* Yusuke Matsuya : To all participants, please change your Zoom name to your 3-digit ID and name. Thank you for your cooperation. 20:07:01 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "To all participants,..." with 👍 20:09:53 発信元: *Tutor* Tatsuhiko Ogawa : Don't hesitate to ask questions. "Raise hand" to request breakout session or write as chat messages. 20:16:48 発信元: 147 Audric Zachary Uy : Hello, I’m trying to use PhitsPad on my mac, but i get the zsh: permission denied error after running it even after pressing "allow access to terminal" when I was prompted. How can I resolve this? 20:17:31 発信元: 180 M Septyawan Aulia : I have question regarding PHITS compatibility. does PHIST run on Raspberry Pi Cluster? I have plan to build 8 nodes raspberry pi 5 cluster. it will be great if it can run PHITS. I can confirm that my clusters capable of running both openMPI and openMP. 20:19:15 発信元: *Tutor* Yusuke Matsuya : Replying to "Hello, I’m trying to..." Please allow the application to run from the system settings of your Mac. Or try running phitspad once by right-clicking it. 20:20:01 発信元: *Tutor* Takuya Furuta : Replying to "I have question rega..." As far as I know, no one has ever tested PHITS on Rasberry PI. So please try and report us (Probably to PHITS forum). PHIS is written in very straightforward FORTRAN so in principle if you have FORTRAN compiler for that machine, it should work by compiling PHITS on that computer. So please try. 20:20:25 発信元: 022 D. R. Upadhyay : 0.3 cm 20:20:37 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "I have question rega..." with 👏 20:20:37 発信元: *Tutor* Yuho Hirata : Reacted to "0.3 cm" with 👍 20:20:39 発信元: *Tutor* Tatsuhiko Ogawa : Removed a 👏 reaction from "I have question rega..." 20:20:44 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "0.3 cm" with 👏 20:22:20 発信元: *Tutor* SHIGYO Nobuhiro : Replying to "Hello, I’m trying to..." If Matsuya san's method doesn't work, try the following command as well: xattr -d -r com.apple.quarantine $PHITSPATH/phitspad/macos/PhitsPad.app If this doesn't work, there may be a problem with the environment variable settings. 20:23:21 発信元: 147 Audric Zachary Uy : Replying to "Hello, I’m trying to..." I tried the command, still same error 20:23:53 発信元: *Tutor* SHIGYO Nobuhiro : Replying to "I have question rega..." I think the Raspberry pi is an ARM architecture, so it's similar to the Mac. Try compiling it using gfortran. 20:25:08 発信元: *Tutor* SHIGYO Nobuhiro : Replying to "Hello, I’m trying to..." Would you like to have a breakout room discussion? 20:25:13 発信元: *Tutor* Yusuke Matsuya : Replying to "Hello, I’m trying to..." https://support.apple.com/en-us/102445 20:26:32 発信元: 147 Audric Zachary Uy : Replying to "Hello, I’m trying to..." @*Tutor* SHIGYO Nobuhiro yes please that would be helpful 20:31:17 発信元: 068 ahid nurmanjaya : Reacted to "I have question rega..." with 👍 20:35:20 発信元: 119 A.F.Jundi Main : If the axis in T-track is set to xz, does it affect the figure if i didn't change the ymin and ymax? since it only plot x vs z 20:36:24 発信元: 230 Elizabeth Musacchio Gonzalez : Comparing with MCNP importance of all cells are set equal to 1? Can be change some how? 20:36:48 発信元: 180 M Septyawan Aulia : Replying to "I have question rega..." Thank you @*Tutor* Takuya Furuta -sensei @*Tutor* SHIGYO Nobuhiro -sensei for the answer and insight. I already tried on RasPi 4 with Ubuntu 24.04. it run with no problem. I'll try with when my Pi 5 and my cluster is ready. 20:37:05 発信元: 155 Ahadi Damar Prasetya : Reacted to "If the axis in T-tra..." with 👍 20:37:12 発信元: 180 M Septyawan Aulia : Reacted to "I have question rega..." with 👍 20:37:12 発信元: 180 M Septyawan Aulia : Removed a 👍 reaction from "I have question rega..." 20:37:38 発信元: *Tutor* Tatsuhiko Ogawa : Replying to "Comparing with MCNP ..." Yes. Importance is set to 1 by default. You can change importance by [Importance] section. Please see \phits\lecture\advanced\variance-reduction for more details 20:37:41 発信元: 155 Ahadi Damar Prasetya : Reacted to "I have question rega..." with 👍 20:38:17 発信元: *Tutor* Takuya Furuta : Replying to "If the axis in T-tra..." Do you want to know the meaning of y for axis=xz ? Integration over y range will be shown so the change of ymin and ymax affects the results. 20:38:28 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "Thank you @*Tutor* T..." with 👏 20:38:31 発信元: 230 Elizabeth Musacchio Gonzalez : Replying to "Comparing with MCNP ..." Thank you! 20:39:03 発信元: *Tutor* Tatsuhiko Ogawa : Replying to "I have question rega..." It is a great news! If you can, please report it in PHITS froum. https://meteor.nucl.kyushu-u.ac.jp/phitsforum/ 20:39:14 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "Thank you!" with 👍 20:40:22 発信元: *Tutor* Yusuke Matsuya : Replying to "If the axis in T-tra..." In the calculation of STEP 3, the thickness in the y-axis direction was automatically adjusted by “c1” value. As Furuta answered, the two-dimensional flux results change when the thickness changes. 20:41:02 発信元: 079 Sujoy Chatterjee : Replying to "Comparing with MCN..." Can we put IMP=0 in a particular region to stop that particle in that region ? 20:41:15 発信元: *Tutor* Yusuke Matsuya : Reacted to "Thank you @*Tutor* T..." with 👏 20:41:30 発信元: 155 Ahadi Damar Prasetya : Reacted to "Do you want to know ..." with 👍 20:41:49 発信元: *Tutor* Tatsuhiko Ogawa : Replying to "Comparing with MCNP ..." Probably yes. But use of material ID -1 is safer. 20:42:08 発信元: 079 Sujoy Chatterjee : Replying to "Comparing with MCN..." Okay. 20:42:28 発信元: 208 Agus Dwi Purnomo : ok 20:43:38 発信元: 119 A.F.Jundi Main : Replying to "If the axis in T-tra..." Ah okay. Thank you senseis 20:44:03 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "Okay." with 👍 21:04:18 発信元: 100-Le Huu Loi-Main : Excuse me, I have a question: Which tally can be used to evaluate the physical and chemical changes in a material sample during irradiation and after a certain period following the irradiation? 21:04:40 発信元: 230 Elizabeth Musacchio Gonzalez : In PHITS3D how to see the image in the first coordinate that is show. I mean, after you rotate or move the image 21:06:08 発信元: 079 Sujoy Chatterjee : 3.5432E-01 0.0303 21:06:19 発信元: 079 Sujoy Chatterjee : This value I got in 46th line 21:06:20 発信元: 119 A.F.Jundi Main : Reacted to "3.5432E-01 0.0303" with 👍 21:06:21 発信元: 042 Melih Tahsin Değer Main : 3.5432E-01 0.0303 21:06:23 発信元: *Tutor* Yusuke Matsuya : Replying to "Excuse me, I have a ..." The physical changes mean the damage to the material? If so, [t-DPA] can be used. 21:07:03 発信元: 100-Le Huu Loi-Main : Reacted to "The physical changes..." with ❤️ 21:07:13 発信元: 100-Le Huu Loi-Main : Replying to "Excuse me, I have a ..." Thank you! 21:07:36 発信元: 004 K.Lawless : if i want to calculate dpa values. is it necessary to calculate the dpa values for the elements individually or can it be defined as a material composition? 21:07:55 発信元: *Tutor* Tatsuhiko Ogawa : Replying to "In PHITS3D how to se..." Can you rephrase " the image in the first coordinate that is show"? I did not get it. 21:08:17 発信元: 119 A.F.Jundi Main : Does the r.err in cross.out file can be lowered by increasing the number of particles? 21:08:23 発信元: *Tutor* Yusuke Matsuya : Replying to "Excuse me, I have a ..." In addition, as for the chemical change, I think there is no tally to evaluate chemical (molecular changes… If you woulf like to focus on chemical dynamics like water radiolysis, “ChemCode” in phits/utility_usrtally/ChemCode. 21:08:42 発信元: 100-Le Huu Loi-Main : Reacted to "In addition, as for ..." with ❤️ 21:08:47 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "In addition, as for ..." with ❤️ 21:08:50 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "The physical changes..." with ❤️ 21:09:11 発信元: *Tutor* Tatsuhiko Ogawa : Replying to "Does the r.err in cr..." Yes. By using larger maxcas and maxbch, you can lower them. 21:09:55 発信元: 119 A.F.Jundi Main : Reacted to "Yes. By using larger..." with 👍 21:10:52 発信元: *Tutor* SHIGYO Nobuhiro : Replying to "In PHITS3D how to se..." This may not be what the question is asking, but please try pressing the button on the toolbar with X on the horizontal axis and X on the vertical axis. 21:10:52 発信元: *Tutor* Yuho Hirata : Reacted to "{081C4731-B570-4504-B855-F2B53A17847D}.png" with 👍 21:10:58 発信元: *Tutor* Yuho Hirata : Reacted to "3.5432E-01 0.0303" with 👍 21:11:08 発信元: 100-Le Huu Loi-Main : Replying to "Excuse me, I have a ..." Thank you. I greatly appreciate your detailed and insightful answer. 21:11:39 発信元: *Tutor* Yusuke Matsuya : Replying to "if i want to calcula..." To my understanding, you can calculate DPA values by defining material composition in phits. Please see [t-DPA] in phits/sample/tally/t-dea. 21:13:57 発信元: *Tutor* Tatsuhiko Ogawa : Yusuke is right. DPA is calculated for all the constituent elements. If you wish to calculate DPA of particular element (e.g. Fe in Steel), you can use Mother parameter such as [t-DPA] mesh = *** **** mother = Fe *** 21:14:11 発信元: 119 A.F.Jundi Main : Replying to "Does the r.err in cr..." Apparently i just need to wait another minutes to get this answer from the presentation 😅 Sorry! 21:14:37 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "Apparently i just ne..." with 👍 21:16:50 発信元: 079 Sujoy Chatterjee : 6.0000E-01 7.0000E-01 7.5658E-03 0.0259 21:17:40 発信元: *Tutor* Tatsuhiko Ogawa : Reacted to "6.0000E-01 7.0000E..." with 👍 21:17:40 発信元: 079 Sujoy Chatterjee : With maxcas 20000 maxbch 10 21:18:55 発信元: *Tutor* Tatsuhiko Ogawa : Please change your login name as (participant ID number) + Your name, proving that you have been registered. Otherwise, we cannot provide you supports efficiently. 21:19:06 発信元: 004 K.Lawless : Hat auf "To my understandin..." mit 👍 reagiert 21:19:10 発信元: 004 K.Lawless : Hat auf "Yusuke is right. ..." mit 👍 reagiert 21:19:38 発信元: 004 K.Lawless : Antworten an "if i want to calcu..." ok, thank you 21:24:22 発信元: 097 E.Lambert : Does PHITS have any tally or inputs to account for the crystal structure of materials or does it assume all materials are amorphous? 21:24:33 発信元: 155 Ahadi Damar Prasetya : Reacted to "Does PHITS have any ..." with 👍 21:25:45 発信元: 144 Rhakamerta Hijazi : can phits know what is the secondary product of materials that irradiated by protons? 21:26:00 発信元: *tutor* Tatsu Sato : Replying to "Does PHITS have any ..." Basically, chemical structures do not influences the radiation transport except for thermal energy. So, if you are NOT interested in thermal or cold neutron transport, you do not have to care about whether your target is crystal or amorphous. 21:27:06 発信元: 155 Ahadi Damar Prasetya : Reacted to "can phits know what ..." with 👍 21:27:33 発信元: 230 Elizabeth Musacchio Gonzalez : I am trying this geometry, but when I see it in PHITS3D have something estrange ? The input is well written? Thank you in advance 21:28:57 発信元: 230 Elizabeth Musacchio Gonzalez : I am trying this geometry, but when I see it in PHITS3D have something estrange ? The input is well written? Thank you in advance I modified the input file of lec2. I haven’t modify the tally section yet 21:29:38 発信元: *tutor* Tatsu Sato : Replying to "can phits know what ..." Do you mean that you want to know the mother nucleus that emits the secondary particle? If so, you can get the information using mother parameter in [t-product] 21:30:08 発信元: 180 M Septyawan Aulia : Replying to "I have question rega..." Thank you Sensei. But my current setup is little clunky. most my ubuntu package is not updated or self-build (since it is development environment). it will be wise if I test it in fresh install environment. 21:30:21 発信元: 144 Rhakamerta Hijazi : Replying to "can phits know what ..." what is the difference between t-product and DCHAIN? 21:31:28 発信元: *tutor* Tatsu Sato : Replying to "can phits know what ..." [t-product] and [t-yield] give the secondary particle information only just after the irradiation, while DCHAIN can consider the decay chain (time evolution of activity) 21:33:42 発信元: 155 Ahadi Damar Prasetya : Reacted to "Thank you @*Tutor* T..." with 👏 21:34:07 発信元: *tutor* Tatsu Sato : Replying to "I am trying this geo..." Something was strange in your uploaded file. Do you want to have a breakout-room session? 21:34:20 発信元: 155 Ahadi Damar Prasetya : Reacted to "Thank you Sensei. Bu..." with 👍 21:34:27 発信元: *Tutor* SHIGYO Nobuhiro : Replying to "I have question rega..." I think a fresh install is the easiest way to check the operation, but at the very least, it seems like the build-essential, gfortran, and openmpi packages would be fine. If you find any missing packages, you can just install them and it should work fine. 21:34:33 発信元: *tutor* Tatsu Sato : Replying to "I am trying this geo..." If yes, please press "raise hand" button 21:36:21 発信元: 100-Le Huu Loi-Main : Does PHITS provide any tally that can calculate specific values from which the type of incident radiation and the received dose can be inferred? Is there a tally that operates based on a mechanism similar to that of a TLD (thermoluminescent dosimeter)? 21:36:45 発信元: 119 A.F.Jundi Main : ZGMF-X42S Destiny Gundam to be exact 😁 21:37:12 発信元: 144 Rhakamerta Hijazi : Replying to "can phits know what ..." ahh i see, thank you so much 21:37:31 発信元: *tutor* Tatsu Sato : Reacted to "ZGMF-X42S Destiny Gu..." with 😂 21:37:48 発信元: 230 Elizabeth Musacchio Gonzalez : Replying to "I am trying this geo..." I will wait after the snowman exercise is finished, I want to follow. Thank you 21:41:01 発信元: *Tutor* Shintaro Hashimoto (sub-chat only) : Replying to "Does PHITS provide a..." I don't understand the TLD mechanism well, but user-defined tally is one possible way to convert PHITS results into other values. 21:41:49 発信元: *tutor* Tatsu Sato : Reacted to "I will wait after th..." with 👍 21:43:23 発信元: *Tutor* Yuho Hirata : Replying to "Does PHITS provide a..." You can evaluate which particle contributed to the dose by specifying "part" with [T-deposit]. >>Is there a tally that operates based on a mechanism similar to that of a TLD (thermoluminescent dosimeter)? By "based on the mechanism of a TLD," do you mean evaluating the number of trapped electrons? If so, it should be possible by using [Track structure] and evaluating the number of generated electrons (ts_w) with [T-interact]. However, since [Track structure] requires significant computation time, it's difficult to use it with large detectors. 21:43:49 発信元: 155 Ahadi Damar Prasetya : Reacted to "ZGMF-X42S Destiny Gu..." with 😀 21:44:00 発信元: 155 Ahadi Damar Prasetya : Reacted to "ZGMF-X42S Destiny Gu..." with 😂 21:45:46 発信元: 100-Le Huu Loi-Main : Reacted to "I don't understand t..." with ❤️ 21:46:37 発信元: 097 E.Lambert : Reacted to "I think a fresh inst..." with 👍 21:46:40 発信元: 100-Le Huu Loi-Main : Reacted to "You can evaluate whi..." with ❤️ 21:46:40 発信元: 097 E.Lambert : Removed a 👍 reaction from "I think a fresh inst..." 21:46:42 発信元: 100-Le Huu Loi-Main : Replying to "Does PHITS provide a..." I am attempting to simulate the absorbed dose delivered to a material sample by modeling the residual dose over time after irradiation. For example, in the case of agricultural products that must be irradiated prior to export. 21:50:28 発信元: 067 Meutia Rahmi Afifa : i want to ask about phase space file, so recently i tried to evaluate the appropriate thickness of 3 materials for linac bunker with elekta precise linac with 10 MV energy. The result of t-deposit i set is Gy/source, But i confused about how to set MU as the commonly used in RT. Additionally, i want to ask how do i know if i need to used only one phsp.file of elekta provided by iaea or i should use all (four part) of them? what kind of statistic should i look for? 21:54:12 発信元: 180 M Septyawan Aulia : Replying to "I have question rega..." 了解です。ありがとうございました。 21:54:29 発信元: *Tutor* Takuya Furuta : Replying to " i want to ask about..." If you can konw the beam current from MU and reproduce the beam intensity, you may be able to reproduce the measurement. But in reality, it is difficult. So instead, it is better to normalize the result at certain point such as dose at surface. Then the relative distribution you can compare. 21:55:31 発信元: *Tutor* Shintaro Hashimoto (sub-chat only) : Replying to "Does PHITS provide a..." If you want to estimate the activity after irradiation, you can use the DCHAIN software. However, it mainly takes into account irradiation by neutrons. Photon irradiation can also be considered, but this is limited to photonuclear reactions. 21:57:24 発信元: *Tutor* Shintaro Hashimoto (sub-chat only) : Replying to "Does PHITS provide a..." Pease check lecture material in \phits\lecture\advanced\DCHAIN1 and manual in \phits\dchain-sp\manual 21:57:35 発信元: *Tutor* Takuya Furuta : Replying to " i want to ask about..." Several PHSP files may be given. The contents of files should be same and just statistically different. How many files you need to use are totally dependent on the statistics required for your calculation. 21:58:18 発信元: 100-Le Huu Loi-Main : Reacted to "Pease check lecture..." with 👍 21:58:24 発信元: 100-Le Huu Loi-Main : Reacted to "If you want to estim..." with 👍 21:58:39 発信元: 100-Le Huu Loi-Main : Replying to "Does PHITS provide a..." Ok, Thank you! 21:58:42 発信元: *Tutor* Yusuke Matsuya : Replying to " i want to ask about..." In PHITS, transport cannot be controlled by the MU value. In radiation therapy, quality control is performed at each facility, so the MU value is a parameter for actual treatment. As Furuta-san said, when calculating with PHITS, it is necessary to renormalize at a certain point. However, in most cases, it will be evaluated using relative dose, so normalization will be done for the results (on dose) by the user. 21:59:42 発信元: 100-Le Huu Loi-Main : Replying to " i want to ask about..." @067 Meutia Rahmi Afifa I am currently studying the Elekta LINAC system and have encountered some unclear issues regarding the geometry of the source block. I would be grateful if you could share some insights with me outside of this class. My email is: loilhph@gmail.com. 22:03:26 発信元: 222 M.Dietz : Hello. Is there an Content overview of the lectures/exercises somewhere. In case I have a Problem with tallys in a couple of weeks, but can not remember which lectures/exercise example it was? Where can I look it up in the phits Folder? Thank you. 22:03:48 発信元: *tutor* Tatsu Sato : Replying to " i want to ask about..." You can ask questions after this course via PHITS forum or website, but I think it's better to have a breakout room session, if you have concrete issue in your input file 22:04:32 発信元: *Tutor* Yuho Hirata : Replying to "Hello. Is there an C..." phits/lecture/TableOfContents-en.pptx will help you! 22:07:43 発信元: 222 M.Dietz : Replying to "Hello. Is there an C..." Perfect.👍 22:09:47 発信元: 067 Meutia Rahmi Afifa : Replying to " i want to ask about..." thank you sensei, may i have a breakout room please? 22:11:14 発信元: *tutor* Tatsu Sato : Replying to " i want to ask about..." Do you prefer now or after course? 22:13:46 発信元: 067 Meutia Rahmi Afifa : Replying to " i want to ask about..." i prefer after the course sensei, thank you 22:15:07 発信元: 068 ahid nurmanjaya : In my Step 4. The beam riffle cannot penetrate aluminum cap, even I changed the energy to 500 MeV. Any Idea, sensei? 22:15:38 発信元: *tutor* Tatsu Sato : Replying to " i want to ask about..." OK. Please "raise hand" after the course. I think many participants want our consultation, so you may have to wait for a while. In any case, we will take all questions. 22:15:46 発信元: *Tutor* Takuya Furuta : Replying to "In my Step 4. The be..." Should we talk in the breakout room ? 22:15:52 発信元: 068 ahid nurmanjaya : Replying to "In my Step 4. The be..." Sure 22:16:33 発信元: 067 Meutia Rahmi Afifa : Replying to " i want to ask about..." @100-Le Huu Loi-Main That sounds great, i will send you an email later 22:17:26 発信元: 119 A.F.Jundi Main : In step 4, i still don't quite understand how to look to the deposit.out file as a reference to determine how much energy is appropriate to penetrate into the center 22:19:05 発信元: 155 Ahadi Damar Prasetya : Reacted to "In step 4, i still d..." with 😯 22:21:42 発信元: 100-Le Huu Loi-Main : Reacted to "@100-Le Huu Loi-Main..." with 👍 22:21:49 発信元: *tutor* Tatsu Sato : Replying to "In step 4, i still d..." Simply, the higher value in deposit.out indicates more energy deposited to the center. 22:22:09 発信元: 230 Elizabeth Musacchio Gonzalez : Replying to "I am trying this geo..." I found the problem, I re-wrote everything again from scratch😃 22:22:42 発信元: *tutor* Tatsu Sato : Reacted to "I found the problem,..." with 👍 22:28:21 発信元: 119 A.F.Jundi Main : Replying to "In step 4, i still d..." those value is below the y(all ) column? 22:30:58 発信元: *tutor* Tatsu Sato : Replying to "In step 4, i still d..." Yes! 22:31:20 発信元: *tutor* Tatsu Sato : Replying to "In step 4, i still d..." It is the deposition energy in the target cell (cell ID 1) 22:32:10 発信元: 119 A.F.Jundi Main : Replying to "In step 4, i still d..." ah okay, thank you very much 22:33:53 発信元: 155 Ahadi Damar Prasetya : I am a little bit confused with the normalization concept. How can a simulation result for a few particles can be normalized for a large amount of particles and the result still be relevant? Is it because the good statistical uncertainty? 22:34:38 発信元: 119 A.F.Jundi Main : Reacted to "I am a little bit co..." with 👍 22:37:09 発信元: *tutor* Tatsu Sato : Replying to "I am a little bit co..." Simulation for "a few particles" is not reliable. In this case, we run 2000 histories and the uncertainty is around 2%. This is why we can normalized for a large amount of particles 22:37:21 発信元: 180 M Septyawan Aulia : Reacted to "I am a little bit co..." with 👍 22:37:43 発信元: 144 Rhakamerta Hijazi : Reacted to "I am a little bit co..." with 👍 22:37:57 発信元: *Tutor* Shintaro Hashimoto (sub-chat only) : Replying to "I am a little bit co..." When the result has a small uncertainty, it can be considered reliable. 22:39:10 発信元: 155 Ahadi Damar Prasetya : Replying to "I am a little bit co..." @*Tutor* Shintaro Hashimoto (sub-chat only) @*tutor* Tatsu Sato arigatou gozaimasu 👍 22:39:16 発信元: 155 Ahadi Damar Prasetya : Reacted to "Simulation for "a fe..." with 👍 22:39:20 発信元: 155 Ahadi Damar Prasetya : Reacted to "When the result has ..." with 👍 22:49:22 発信元: 079 Sujoy Chatterjee : It was a great leraning experience. Hats off to all tutors. 22:49:24 発信元: 015 Ayman Mohamed : Replying to "I am a little bit co..." Thank you very much . 22:49:40 発信元: 079 Sujoy Chatterjee : *learning 22:49:45 発信元: 028 H.El bekkouri : many thank to all tutors 22:49:45 発信元: 207 Poonamjot : Thankyou so much 22:49:56 発信元: 197 Anik.P : Thank You Very Much Sensei 22:50:03 発信元: 048 Nur Aida : Thank you very much, otsukare samadeshita 22:50:04 発信元: 119 A.F.Jundi Main : This course is surprisingly therapeutic! I wouldn't mind having course like this everyday 😁 22:50:10 発信元: 016-Chalit Muanglay-(Main) : Thankyou so much 22:50:27 発信元: 032 I.Gordeev main : Thank you very much 22:50:30 発信元: 067 Meutia Rahmi Afifa : Thank you very much sensei 22:50:34 発信元: 066 Serge Takoukam : Thanks very useful, thanks PHITS Team 22:50:35 発信元: 129 A.Cintas : Big thanks to all tutors! 22:50:38 発信元: 155 Ahadi Damar Prasetya : Thank you! arigatou gozaimasu! Terima kasih! 👍😀 22:50:43 発信元: 144 Rhakamerta Hijazi : Thank you so much sensei. I can't wait to take the advanced training in October! 22:50:53 発信元: 092 Bal Vikram Khatri : Thank you very much 22:50:53 発信元: 125 Maheraj Khan : Dr. @*Tutor* Yusuke Matsuya Sensei ,would please give me some times after finishing this session again? 22:51:06 発信元: 155 Ahadi Damar Prasetya : Reacted to "Thank you so much se..." with 👍 22:51:15 発信元: 144 Rhakamerta Hijazi : Reacted to "Thank you! arigatou ..." with 👍 22:51:15 発信元: 155 Ahadi Damar Prasetya : Reacted to "This course is surpr..." with 👍 22:51:17 発信元: 160 Benny Lai : Thank you so much for the course :) 22:51:19 発信元: 180 M Septyawan Aulia : Reacted to "Thank you so much se..." with 👍 22:51:26 発信元: 147 Audric Zachary Uy : Thank you so much! 22:51:30 発信元: 216 Chadchayada Samarak : お疲れ様でした Thank you for everyone's hard work. 22:51:38 発信元: 165 Rafah Alotaibi : thank you so much for all the tutors for their hard work it was such a great learning experience 🤩 thank you PHITS team for everything! 22:51:46 発信元: 228abdall01 : Thank you so much !! 22:51:46 発信元: 100-Le Huu Loi-Main : Thank you very much for the valuable course. I’ve gained a lot of useful knowledge that I can apply to my simulation work. I hope to meet you again in the upcoming training course this October. 22:52:00 発信元: 112 Per Roos : Great lectures! Very pedagogic! 22:52:04 発信元: 228abdall01 : It was a great week 22:52:05 発信元: 154 Amba D. Pant : Thank you very much PHITS team for wonderful tutorial course and effort 22:52:21 発信元: 230 Elizabeth Musacchio Gonzalez : Thank you so much! I learn a lot, and I start from 0 knowledge 22:52:24 発信元: Devendra Raj Upadhyay : Thank you so much hardworking PHITS team members for providing this opportunity. 22:52:31 発信元: 097 E.Lambert : Thank you for hosting! I look forward to learning more about PHITS in the future 22:52:33 発信元: 125 Maheraj Khan : Thank you so much for this course Sensei. "OGENKI DE" 22:52:39 発信元: 208 Agus Dwi Purnomo : Thank you very much 22:52:40 発信元: 221 David Ferreira : Very good training. Thank you!!! 22:52:40 発信元: 030 Iaroslav Bielov : Thank you! It was an interesting week! 22:53:07 発信元: 048 Nur Aida : Arigato gozaimashu sensei, 22:53:09 発信元: 131 A.HUGUES : Dōmo arigatōgozaimasu Lets see online in october 🎃 22:53:13 発信元: 052 Sarinya sub : Thank you very much😊 22:53:43 発信元: 110 A. Yuniarto : Thank you very much 22:54:15 発信元: 196 Fajhirah Anugerah : Arigato gozaimashu sensei 22:55:51 発信元: 185.W Asztalos : Thank you very much for the tutorial! Looking forward to the advanced tutorial, and then for me and Dali to host you at Fermilab next spring :-] 22:56:37 発信元: *Tutor* Tatsuhiko Ogawa : https://forms.gle/bQjAzdJjXEiNbJhr6 22:56:50 発信元: *Tutor* Tatsuhiko Ogawa : http://phits.jaea.go.jp/tutorial/rec.html 22:57:51 発信元: *Tutor* Tatsuhiko Ogawa : 1.https://meteor.nucl.kyushu-u.ac.jp/phitsforum/ 22:58:13 発信元: 131 A.HUGUES : Is an online expert course will be attended ? Or at least an in-person expert course in France at the NEA ? 😁 22:58:14 発信元: 042 Melih Tahsin Değer Main : Thank you for all 5 days. It was a very developmental tutorial. See you in the advanced tutorial... 22:58:27 発信元: 064 Youngran Kwon : Thanks a lot . I wish to see you again in October,too. 22:58:32 発信元: 029 Herlan Setiawan : Thank you so much... 22:58:34 発信元: 208 Agus Dwi Purnomo : Thank you very much 22:58:34 発信元: 176 K.Kim : Thank you all for your time, effort and knowledge 22:58:35 発信元: 015 Ayman Mohamed : Replying to "I am a little bit co..." Thank you very much 22:58:35 発信元: Devendra Raj Upadhyay : Thank you very much 22:58:37 発信元: 068 ahid nurmanjaya : お疲れ様でした 22:58:41 発信元: 032 I.Gordeev main : Goodbye 22:58:41 発信元: 176 K.Kim : Enjoy your weekend! 22:58:42 発信元: 207 Poonamjot : Thankyou Thankyou so much...bye bye 22:58:44 発信元: 178 A.J.Puspitasari : Thank you very much, Sensei 22:58:46 発信元: 100-Le Huu Loi-Main : Thank you all! 22:58:52 発信元: 203 Fahma Roswita : thank you so much for all the tutors. bye 22:58:52 発信元: 030 Iaroslav Bielov : Thank you! See you in October!! 22:58:54 発信元: Devendra Raj Upadhyay : See you soon in Nepal 22:58:58 発信元: 137 A.Cavanaugh : Really great tutorial, thank you very much! 22:58:59 発信元: 165 Rafah Alotaibi : thank you all! 22:59:10 発信元: 205 Zahidul Islam Apu Main : Thank you very much, this tutorial help me a lot. Will see you in the Advance Tutorial. 22:59:16 発信元: 065 N.O Omowumi : Thanks all 22:59:21 発信元: 016-Chalit Muanglay-(Main) : Thankyou Thankyou very much.