Bruker D8 Discover Manual

Standard Operating Procedure:

Bruker D8 Discover X-Ray Diffractometer

(You MUST be trained by an authorized BSCMC trainer to use this instrument)

Hazards: This unit produces a high intensity X-ray beam. Take all precautions to avoid exposure to the x-rays.

Warning: Beryllium! Do not touch the front window of either detector as they both contain Beryllium. Fumes

of the dust from Beryllium and its compounds can be hazardous if inhaled!

Typical Experiment Sequence:

1. Sign in on the iLab electronic calendar

2. Visually check the diffractometer for instrument status.

3. Open the cooling water valves and turn the x-ray generator ON.

4. Launch the D8Tools software to check the system status and ramp the power up.

5. Launch the operating software:

a. GADDS for use with the HI-STAR area detector

b. Commander for use with the Scintillation detector.

6. Check the x-ray beam intensity

7. Load and align sample

a. Use the Laser-Video System with GADDS and the HI-STAR area detector

b. Use a Z-scan and half intensity method or the Laser-Video System with

Commander and the Scintillation detector.

8. Set up scan and save data.

9. Remove sample, reduce power, turn the generator off and shut off the cooling water

10. Be sure that the iLab calendar accurately displays the number of hours the XRD was

OCCUPIED by your experiment.

Procedures for ALL X-Ray Diffraction Experiments on the Bruker D-8 Discover:

1. Sign in on the electronic calendar at https://boisestate.ilabsolutions.com

2. Visually check the diffractometer for instrument status. Check the machine status on

either left or right column before using the machine. The “On” light should be on.

There might be an “alarm” due to the x-ray generator being OFF. The “X-Ray ON”

lights on top of machine should be on.

a. Left Control Column:

i. STOP button: If hit it switches off the control electronics. The X-Ray source is

turned off and all moving drives will stop instantly. The stop button should only be used

in emergency situations and not for normal shut down of the diffractometer system.

ii. Light button: This button turns ON/OFF the fluorescent tube located at the ceiling

of the enclosure.

iii. Fan button: This button turns the fan located on top of the enclosure ON or OFF.

iv. System Instrument-Key Switch: This key will lock/unlock the system. During normal

operation the switch must be in position “unlocked”.

v. Open Door button: This button must be pressed to open the front door. If the

Open Door button is activated while the tube window is open the X-ray shutter will close

automatically and it will disrupt the experiment.

vi. Ready light: Status of High Voltage Generator. Illuminated orange display indicates that

the high voltage generator is operating. Flashing display indicates the high voltage

generator is ramping up.

vii. On light: Illuminated green display indicates the control electronics are ready.

viii. Alarm light: Illuminated red display indicates a pending system alarm, flashing red light

indicates a pending warning.

ix. Busy light: Illuminated yellow display indicates that a measurement is in progress.

Flashing yellow display means that the system is not ready.

b. Right Control Column:

i. Stop button: Functions the same as the Stop button on left column.

ii. Power OFF button: It switches off the control electronics, the high voltage generator

and all components connected to the AC outlets.

“X-Rays ON”

iii. Power ON button: It switches on the control electronics, the high voltage generator

and all components connected to the AC outlets.

iv. High Voltage- Rotary Switch: Used for turning high voltage on or off.

v. Open Door button: Functions the same as the button on the left column

vi. Ready, On, Alarm and Busy lights have same functions as those on the left column.

3. Starting your session

a. Open the cooling water valves (on the wall behind the instrument) and check for any leaks.

b. Turn the x-ray generator ON by flipping the HV switch clockwise for few seconds and this will

automatically set the power to 20kV and 5 mA.

c. Open the D8 tools and check the system status.

(→Online Status, →Online Refresh)

d. Check for any alarms

(An alarm or warning will prompt a red or orange box)

i. If they appear, click on the red or orange box to be directed to the cause

e. Ramp up the X-ray power(→X-Ray Generator, →Utilities, →Set kV/mA).

i. Set 30 kV, 10 mA and wait 2-3 minutes

ii. Set 40 kV, 15 mA and wait 2-3 minutes

iii. Set 40 kV, 30 mA and wait 2-3 minutes

iv. Set 40 kV, 40 mA

f. Check the status of the drives

i. Are the drives initiated? (Make sure the drives have significant figures (i.e. 23.047 vs.

23.---)) 1. If not, initiate them by performing the following:

a. Click on the green box next to the drive to be initiated, then check the

settings of the drive (→Settings)

b. Check the reference position of the drive

Needs

initialized

c. Then physically look at the drive to determine which way it needs to go in

order to be at the reference position

i. If it needs to go in the positive direction to fulfill the reference

position, push the find reference up button. Likewise, if the drive

needs to go in the negative direction, push the find reference down

button (→)

NOTE: Be sure to have the mouse on the STOP icon to be able to stop the drive if it looks as though

it will crash (this will require you to watch each drive as it is initiated!)

d. Once the drive has stopped moving, push the adjust button (→)

e. Repeat steps a. and b. for any of the drives that need to be initiated.

ii. Do the drives appear to be in the indicated position? (Look at the values in D8 Tools for

θ1and θ2and compare them to the physical locations of θ1and θ2on the goniometer).

g. Close the D8Tools software.

Procedures for ALL X-Ray Diffraction Experiments using the HI-STAR area detector:

4. Launch the operating software:

a. Open the GADDS program for use with the HI-STAR area detector (It will prompt “set

generator to user setting: 40 KV and 40 mA” →Click Yes)

b. Create a new project folder (→Project, →new, input information accordingly. Use the working

directory C:\Frames\”year”\”month”\”Sample Name” (This automatically saves subsequent data

collections to the above file path))

5. Check the x-ray beam intensity (Make sure there is no sample or sample holder that

will interfere with the path of the x-rays)

a. Make sure the following slits are in place:

i. 1.5mm slit in the Goebel mirror exit slit (furthest left)

ii. 6.0mm slit with the TWO copper absorbers in the next slit

iii. 1.0mm aperture in the ACC2 exit slit

iv. 1.0mm Universal Beam Collimator is attached

b. Set up a 10 second scan of the beam directly into the detector

i. (→Collect, →Scan, →SingleRun)

Goebel

Mirror

ACC2

X-Ray tube

1.5mm

6 mm,

2 Cu

absorbers

1.0 mm UBC

1 mm aperture

c. Make sure that the detector receives around 6,000 counts or more. If not, please contact an

authorized BSCMC trainer.

6. Load and align the sample (The Laser-Video System has to be used with the HI-

STAR area detector)

NOTE: Things to be careful of when loading your sample:

•Do not touch the face of the detector

oIt is made of Beryllium and is hazardous

•Do not bump the detector

oCould cause a short and cost a lot of money to fix.

•Be gentle with the laser/video system

oThese are precisely aligned to give you “good” data

•Do not bump the X-ray optics

oA very slight bump could result in a loss of 30% of your beam intensity

a. Open the doors to the XRD (Push Open Door button on either side of control column, then open

the window.) or

b. Put your sample on the XYZ table (stage will depend on preference, special instruction may be

required) and position it directly under the camera.

i. Align the sample to the instrument using the Laser-Video System

NOTE: All of the components including the X-ray beam, camera, and laser have been aligned to aim at a point

which is called universal center of the goniometer. To align your sample surface at this universal center, you

need to use the Manual Controller to move the XYZ table.

ii. Activate the Manual controller and turn the laser on:

1. While active in the GADDS window. Press “Ctrl+Shift+M”to activate the

manual controller. Press “OK” when the following screen appears.

2. Push “L” on the keyboard to turn the laser on.

iii. Understanding the Manual Controller functions. The drives used are as follows (the

numbers on the controller correspond to the following drive numbers):

1. Θ1–X-ray source (aka tube)

2. Θ2–Detector (In this case the HI-STAR area detector)

3. φ(phi) –Rotation of the sample about the z-axis

4. χ(chi/psi)–Rotation of the sample about the Eularian cradle

5. X

6. Y

7. Z

8. Camera Zoom (1X ≤ Zoom ≤ 7X)

iv. The Manual controller has two functions:

1. Command (set point) mode (access by pushing the “F1/DRVC”button on the

controller)

a. Enter three commands (Drive #, Instruction, Location)

i. Drive # is where the drive you want to move is called on

ii. Instruction is what you want the drive to do (“Go To” is always

the number 2)

iii. Location is where you want the drive to move to

iv. (i.e. if you want the video zoom to go to 7X, you would type in

“8,2,7” and then press “ENTER”. The zoom will automatically go

to 7X)

2. Manual (video game) mode (access by pushing “SHIFT” then “F1/DRVC” on

the controller)

a. Identify the drive you want to move (1-8, see above)

b. To change the position of the drive, use the arrows (↓or ↑).

c. To change the speed of movement of the drive, use the “+” or “-“buttons.

!!!Warning: Make sure that none of the drives will run into each other when they are moved since there are NO

safety switches installed for this purpose. The “Emergency Stop” buttons can be used if

needed but it is preferred to use the ESC/STOP button on the controller is you see a potential problem.

v. Open VIDEO program, Turn on the light in the XRD chamber as needed

vi. Zoom the camera out (zoom = 1) to help easily find your sample in the video window.

vii. Move the X and Y drives to the area of interest on your sample (using the controller in

manual mode).

viii. Move Z to focus the laser on your sample (The laser spot should be in the center of video

window)

1. The laser might be difficult to see on reflective samples. If this is the case, move

Chi/psi to 22.5 degrees (splitting the angle between the laser and the video) to

cause the laser to reflect back into the camera.

Zoom = 1X Zoom = 7X

!!! Warning: Always leave one finger on “ESC/STOP” button when you are using command mode. Press

“ESC/STOP” button immediately if the moving part is going to hit other part.

ix. Once your sample is in focus and the laser is in the center of the video window (centered

on the crosshairs), zoom the camera in (zoom = 7) to fine tune your sample position.

x. Once the laser spot is centered, the sample is aligned and ready to take data (return

chi/phi to 0 (if applicable)).

xi. Turn the laser off

1. Type “L” in the GADDS program

!!!Warning: You can use the controller to move Θ1and Θ2to the desired 2θ angle. Make sure the detector will

not get hit by the direct beam (as a rule of thumb, always keep Θ1+ Θ2> 15°).

xii. Exit Manual control (→press Esc.).

7. Set up a scan and save data:

a. If you have already not done so, Create a new project folder (→Project, →new, input

information accordingly. Use the working directory C:\Frames\”year”\”month”\”Sample Name”

(This automatically saves subsequent data collections to the above file path))

b. Make sure that the X-ray generator is at the operating power (→Collect, →Goniometer,

→Generator)

Set to 40kV and 40 mA

c. Set up a single scan (→Collect, →Scan, →Singlerun)

Otros manuales para D8 Discover

Otros manuales de Equipo de laboratorio de Bruker

Bruker

Bruker BVT3300 Manual de usuario

Bruker

Bruker EPR 12T Cryogen Free Manual de usuario

Bruker

Bruker 700'54 Ascend Manual de usuario

Bruker

Bruker D8 Series Manual de usuario

Bruker

Bruker BioSpin GRASI-1.0 Manual de usuario

Bruker

Bruker 600'54 Ascend ULH Manual de usuario

Bruker

Bruker Ascend 600'89 Manual de usuario

Bruker

Bruker NanoScope OMV-UNIVERSAL Manual de usuario

Bruker

Bruker 300'154 Ascend DNP Manual de usuario

Bruker

Bruker minispec TC3 Manual de usuario

Bruker

Bruker NMR CASE Manual de usuario

Bruker

Bruker RS Manual de usuario

Bruker

Bruker AVANCE NEO Manual de usuario

Bruker

Bruker IFS 125M Manual de usuario

Bruker

Bruker ImagePrep Manual de usuario

Bruker

Bruker NMR iProbe HR-Liquids Manual de usuario

Bruker

Bruker Contour GT-K Manual de usuario

Bruker

Bruker Ascend 400'54 Manual de usuario

Bruker

Bruker 500'54 Ascend ULH Manual de usuario

Bruker

Bruker SamplePro hr-MAS Manual de usuario

Bruker

Bruker BSMS/2 Manual de usuario

Bruker

Bruker BPHG 90 Manual de usuario

Bruker

Bruker 500'54 Ascend ULH Manual de usuario

Bruker

Bruker 700'54 Ascend Manual de usuario

Manuales populares de Equipo de laboratorio de otras marcas

Qiagen

Qiagen DML 3000 Manual de usuario

Queensgate

Queensgate NANOSCAN OP400 Manual de programación

Conviron

Conviron GEN1000-GE Manual de usuario

Parr Instrument

Parr Instrument 4560 Manual de instrucciones

IKA

IKA IC control Manual de usuario

Integra

Integra DOSE IT Manual de usuario

Agilent Technologies

Agilent Technologies 5800 ICP-OES Manual de usuario

Endress+Hauser

Endress+Hauser Cleanfit CPA875 Manual de usuario

NI PXI-5422 Manual

Collomix

Collomix Aqix Manual de usuario

SPEX SamplePrep

SPEX SamplePrep 6875 Freezer/Mill Series Manual de usuario

Ocean Insight

Ocean Insight FLAME-NIR+ Manual de usuario

Parker

Parker ALIGN-MG-NA Manual de usuario

BD 644787 Manual de usuario

DENTAURUM

DENTAURUM Compact Megaplus Manual de usuario

Biuged Laboratory Instruments

Biuged Laboratory Instruments BGD 626 Manual de usuario

VWR

VWR SAS Super IAQ Manual de usuario

illumina

illumina MiSeqDx Manual de usuario