Tate Lab Wiki

You are here: start » groupmeet

Differences

This shows you the differences between two versions of the page.

Link to this comparison view

Both sides previous revisionPrevious revision
Next revision		Previous revision
groupmeet:start [2020/07/10 11:46] – juliangroupmeet:start [2022/01/26 16:33] (current) – janet
Line 1: Line 1:
-====== Summer 2020 ====== 
-Janet Tate, Okan Agirseven, Pritha Biswas, Rohal Kakepoto, Julian Wulf 
  
 +
 +
 +
 +====== Winter 2022 ======
 +Janet Tate,  Pritha Biswas, Skylar Farmer
 ^Day ^Time^Event^Place^ ^Day ^Time^Event^Place^
-|Tuesdays|11:00 - 12:00 am|Optics meeting (Julian)|Zoom |+|Tuesdays|11:00 am - 12:00 pm|Optics meeting (Julian & Pritha)|Zoom |
 |Tuesdays|6:00 - 7:00 pm|Transport/electrical meeting (Rohal)|Zoom | |Tuesdays|6:00 - 7:00 pm|Transport/electrical meeting (Rohal)|Zoom |
 |Fridays|10:00 - 12:00 am|General Meeting (Okan, Pritha, Rohal, Julian)|Zoom | |Fridays|10:00 - 12:00 am|General Meeting (Okan, Pritha, Rohal, Julian)|Zoom |
Line 9: Line 12:
  
 All welcome at any meeting All welcome at any meeting
-  * Weekly reports are due at individual meetings (load into Box / Tate Lab Folder / Weekly Reports / 2020MMDD folder (MMDD = date of the Monday of the week of the meeting; filname must have your name and date). +  * Weekly reports are due at individual meetings (load into Box / Tate Lab / Tate Lab Shared Folder / 01-Weekly Reports / 2020MMDD folder (MMDD = date of the Monday of the week of the meeting; filname must have your name and date). 
-  * Meetings located at https://oregonstate.zoom.us/j/980944054 for spring term 2020+  * Meetings located at https://oregonstate.zoom.us/j/980944054 for summer term 2020
  
 Bring with you Bring with you
Line 23: Line 26:
 **Rotation students on TA appointments who are signed up for //N// credits of PH401, PH501, PH601 are expected to commit at least 3//N// hours a week to research.**  Please attend the weekly colloquium and solid state seminar, and grads please attend orals lunch. **Rotation students on TA appointments who are signed up for //N// credits of PH401, PH501, PH601 are expected to commit at least 3//N// hours a week to research.**  Please attend the weekly colloquium and solid state seminar, and grads please attend orals lunch.
  
-Agendas 
  
-__//7/10  Group meeting//__ Pritha - (i) Rare polymorphs of SnO2 +====== Previous Terms ====== 
 +== Winter 2022 == 
 +Janet Tate, Pritha Biswas, Skylar Farmer
  
-__//7/17  Group meeting//__ Julian - On the way to modeling TiO2/SnO2+== Summer and Fall 2021 == 
 +Janet Tate, Okan Agirseven, Pritha Biswas
  
-__//7/x Group meeting//__ Okan - Annealing TiO2 BAR samples - Avrami analysis and machanism+== Winter and Spring 2021 == 
 +Janet Tate, Okan Agirseven, Pritha Biswas, Rohal Kakepoto, Julian Wulf
  
-__//7/x  Group meeting//__ Rohal - Hall effect in ITO +== Summer and Fall 2020 == 
- +Janet Tate, Okan Agirseven, Pritha Biswas, Rohal Kakepoto, Julian Wulf
-__//7/x  Group meeting//__ Julian - Modeling TiO2/SnO2 (effective) +
- +
-__//7/x  Group meeting//__ Pritha - (ii) The SnO2/TiO2 amorphous precursors & films +
  
-Past meetings+== Spring 2020 == 
 +Janet Tate, Okan Agirseven, Pritha Biswas, Acacia Patterson, Cameron Stewart, Rohal Kakepoto, Julian Wulf, Joseph Kreb
  
 +<html><!--
 __//4/1 Group meeting//__ All - set up meetings/talks, computer issues, Box, Zoom, general stuff __//4/1 Group meeting//__ All - set up meetings/talks, computer issues, Box, Zoom, general stuff
  
Line 48: Line 53:
  
 __//4/15 Group meeting//__ Acacia - Resistivity in semiconductors (Synopsis/background, overview of project, semiconductor, ballistic/hopping, etc.) __//4/15 Group meeting//__ Acacia - Resistivity in semiconductors (Synopsis/background, overview of project, semiconductor, ballistic/hopping, etc.)
-__//7/22 Group meeting//__ Joe - Optical dispersion models: Cauchy and Selllmeier equations, Oscillators for absorbing materials, Complex refractive index, difference in optical constants between amorphous and crystalline films, SiO2 and Si substrates + 
 +__//4/22 Group meeting//__ Joe - Optical dispersion models: Cauchy and Selllmeier equations, Oscillators for absorbing materials, Complex refractive index, difference in optical constants between amorphous and crystalline films, SiO2 and Si substrates 
  
 __//4/29 Group meeting//__ Pritha - The SnO2/TiO2 system (Previous literature review on “TiO2+SnO2” spinodal decomposition - Why the system is important to look at and future prospect; also other things known about TiO2/SnO2 system). __//4/29 Group meeting//__ Pritha - The SnO2/TiO2 system (Previous literature review on “TiO2+SnO2” spinodal decomposition - Why the system is important to look at and future prospect; also other things known about TiO2/SnO2 system).
Line 57: Line 63:
  
 __//5/20 Group meeting//__ Julian - What is the complex refractive index of a material? __//5/20 Group meeting//__ Julian - What is the complex refractive index of a material?
 +--></html>
  
- +== Winter 2020 ==
- +
-====== Previous Terms ====== +
-====== Winter 2020 ======+
 Janet Tate, Okan Agirseven, Pritha Biswas, Acacia Patterson, Cameron Stewart, Elena Wennstrom, Joseph Kreb, Rohal Kakepoto Janet Tate, Okan Agirseven, Pritha Biswas, Acacia Patterson, Cameron Stewart, Elena Wennstrom, Joseph Kreb, Rohal Kakepoto
  
-====== Fall 2019 ======+== Fall 2019 ==
 Janet Tate, Okan Agirseven, Pritha Biswas, Acacia Patterson, Cameron Stewart, Elena Wennstrom, Joseph Kreb Janet Tate, Okan Agirseven, Pritha Biswas, Acacia Patterson, Cameron Stewart, Elena Wennstrom, Joseph Kreb
  
-Summer 2019 goals:+<html><!-- Summer 2019 goals: 
  
 **Acacia**: Measure temperature-dependent (77K - 300K) transport properties of ITO (metal), TiO2 (semiconductor). **Acacia**: Measure temperature-dependent (77K - 300K) transport properties of ITO (metal), TiO2 (semiconductor).
Line 90: Line 94:
 **Elena**: Measure Brownian motion of 3-µm microspheres with video camera. Analyze with ImageJ, using techniques from the papers you've read.  Compare to 1-µm microspheres.  Use different viscosity liquids.  How is it best to pose the problem - as a measurement of viscosity? As a measurement of Avogadro's number? As an investigation of thermal fluctuations? **Elena**: Measure Brownian motion of 3-µm microspheres with video camera. Analyze with ImageJ, using techniques from the papers you've read.  Compare to 1-µm microspheres.  Use different viscosity liquids.  How is it best to pose the problem - as a measurement of viscosity? As a measurement of Avogadro's number? As an investigation of thermal fluctuations?
  
-Will purchasing a fluorescent system allow us to track simple cells? Coordinate with Bo Sun and Ethan Minot while Janet is away.+Will purchasing a fluorescent system allow us to track simple cells? Coordinate with Bo Sun and Ethan Minot while Janet is away. 
  
-====== Summer 2019 ======+--></html> 
 + 
 +== Summer 2019 ==
 Janet Tate, Okan Agirseven, Acacia Patterson, Cameron Stewart, Elena Wennstrom, Joseph Kreb Janet Tate, Okan Agirseven, Acacia Patterson, Cameron Stewart, Elena Wennstrom, Joseph Kreb
-====== Spring 2019 ======+== Spring 2019 ==
 Janet Tate, Okan Agirseven, Pritha Biswas, Kelda Diffendaffer; Patrick Berry, Acacia Patterson, Joseph Kreb, Cameron Stewart Janet Tate, Okan Agirseven, Pritha Biswas, Kelda Diffendaffer; Patrick Berry, Acacia Patterson, Joseph Kreb, Cameron Stewart
-====== Winter 2019 ======+== Winter 2019 ==
 Janet Tate, Okan Agirseven, Kelda Diffendaffer; Patrick Berry, Acacia Patterson, Izak McGieson, Pritha Biswas, Joseph Kreb Janet Tate, Okan Agirseven, Kelda Diffendaffer; Patrick Berry, Acacia Patterson, Izak McGieson, Pritha Biswas, Joseph Kreb
-====== Fall 2018 ======+== Fall 2018 ==
 Janet Tate, Okan Agirseven, Kelda Diffendaffer; Patrick Berry Janet Tate, Okan Agirseven, Kelda Diffendaffer; Patrick Berry
-====== Summer 2018 ======+== Summer 2018 ==
 Janet Tate, Bethany Matthews, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Kelda Diffendaffer; Patrick Berry Janet Tate, Bethany Matthews, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Kelda Diffendaffer; Patrick Berry
-====== Spring 2018 ======+== Spring 2018 ==
 Janet Tate, Bethany Matthews, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance, Kelda Diffendaffer; Patrick Berry Janet Tate, Bethany Matthews, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance, Kelda Diffendaffer; Patrick Berry
-====== Winter 2018 ======+== Winter 2018 ==
 Janet Tate, Bethany Matthews, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance, Kelda Diffendaffer; James May, Patrick Berry Janet Tate, Bethany Matthews, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance, Kelda Diffendaffer; James May, Patrick Berry
 == Fall 2017 == == Fall 2017 ==
 Janet Tate, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance, Kelda Diffendaffer; Bethany Matthews (on assignment to NREL until November); Hazel Betz & James May  Janet Tate, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance, Kelda Diffendaffer; Bethany Matthews (on assignment to NREL until November); Hazel Betz & James May 
  
 +<html><!--
 Agenda Tue 5 December: Agenda Tue 5 December:
   * Bethany - nitride work at NREL   * Bethany - nitride work at NREL
Line 164: Line 170:
   * Summer plans   * Summer plans
   * TiO2 review    * TiO2 review 
 +--></html>
 == Summer 2017 == == Summer 2017 ==
 Janet Tate, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance; Bethany Matthews (on assignment to NREL); James May (part-time) Janet Tate, James Haggerty, Okan Agirseven, Aaron Dethlefs, David Rivella, Ryan Lance; Bethany Matthews (on assignment to NREL); James May (part-time)

Trace:

QR Code
QR Code groupmeet:start (generated for current page)