Experiment Information Collection Form – Laser Shock Experiment Information Collection Form - Laser Shock Experiment Information Collection Form - Laser Shock Step 1 of 3 33% Experiment Title Experiment Start DateMonth123456789101112Day12345678910111213141516171819202122232425262728293031Year202720262025202420232022202120202019201820172016201520142013201220112010200920082007200620052004200320022001200019991998199719961995199419931992199119901989198819871986198519841983198219811980197919781977197619751974197319721971197019691968196719661965196419631962196119601959195819571956195519541953195219511950194919481947194619451944194319421941194019391938193719361935193419331932193119301929192819271926192519241923192219211920Experiment Stop DateMonth123456789101112Day12345678910111213141516171819202122232425262728293031Year202720262025202420232022202120202019201820172016201520142013201220112010200920082007200620052004200320022001200019991998199719961995199419931992199119901989198819871986198519841983198219811980197919781977197619751974197319721971197019691968196719661965196419631962196119601959195819571956195519541953195219511950194919481947194619451944194319421941194019391938193719361935193419331932193119301929192819271926192519241923192219211920Lead Experimenter First Last Lead Experimenter Institution Lead Experimenter Email Additional Experimenters (Name, Institution, Email)Scientific ObjectiveNumber of experiments required to acheive scientific objectivePlease enter a number from 1 to 100.List of Material(s) and Equipment X-ray Configuration (change with spectral scan ~6-8 hours)Please be open to discussing alternative energies during the conference call.Undulator with Multilayer Monochromator (MLM) U14, 22 KeV U23 U23 35 KeV 48 KeV Other Detector ConfigurationDetector Type (change ~ 2 hours) Gd₂O₂S CsI Detector Distance (change ~ 1 hour) As close as possible (~100 mm, standard) Other Diffraction Geometry (change ~ 1 day)Configuration I will use the standard configuration diagram I will upload my own configuration diagram Upload diffraction geometry configuration drawing (pdf, doc, jpg, tif, or png).Max. file size: 146 MB.Any additional files can be emailed to dcs.admin@wsu.edu.Target DesignCalculate x-ray attenuation from the sample and window and optimize thickness accordingly.Range of sample thickness in μm: Ablator Al-coated Kapton Other Ablator Thickness in μm: Interferometry Window LiF None Other Window Thickness in mm Velocimetry (change of axis orientation ~2 hours)Dual Axis Line VISAR with PDV. VPFs range between 0.5 and 3 km/s/fringeAxis Orientation Orthogonal (standard) Parallel Other Field of View 400 μm 750 μm Other Sweep Range 40 ns (standard) Other Slit Width 150 μm Other Previous VisitRelevant issues from last DCS visit: Target and Configuration Detail (pdf, doc, jpg, tif, or png)Any additional files can be emailed to dcs.admin@wsu.edu.Please provide drawing(s) of any non-standard experimental configuration that includes sample plane, x-rays to drive laser angle, detector plane, detector distance, and the desired field of view. Drop files here or Select files Max. file size: 146 MB. Please provide detailed drawing(s) of the targets. It should identify the various target components and materials used. Include any non-standard details or unusual requests in the diagram. Drop files here or Select files Max. file size: 146 MB. If the sample has been previously studied at DCS, please provide ambient x-ray diffraction images (and dates of previous campaign). If not, have ambient diffraction pattern ready from other sources or from simulation. Drop files here or Select files Max. file size: 146 MB. ShippingPlease review Shipping Requirements.Are you shipping materials in advance of your arrival date? Yes (Provide shipment tracking numbers to dcs.admin@wsu.edu) No Undecided Is your shipment greater than 50 lbs? Yes No Does your shipment contain hazardous materials? Yes No PublicationsReview publication requirements for all work conducted at the DCS. Users are expected to publish results in peer-reviewed journals within a reasonable period (~1 year) after scheduled experiment time.Anticipated timeline for publishing results from your upcoming DCS experiments: Δ