No. |
Title
|
Content Summary |
Download |
14. |
Mechanically controlled multi-contact break junctions |
A novel approach is presented, where small tips with a radius of 50-200 μm were used in combination with thin silicon membranes and precise positioning units to locally stretch the substrate, allowing to individually address multiple break junctions. |
200 KB |
13. |
3D g-factor mapping of single quantum dots
|
This appplication note reports on a novel fibre-based confocal microscope
to investigate the properties of nanostructures such as
InGaAs quantum dots (QDs) via magneto-photoluminescence (PL). |
200 KB |
12. |
Dissipation in Optomechanical Resonators |
In this application, G.D. Cole and M. Aspelmeyer of the University of Vienna
have analyzed the acoustic disspiation of microresonators using a
cryogenic interferometry setup |
203 KB |
11. |
Manipulating Carbon Nanotubes using attocube ANPxyz50 Positioners in a Scanning Electron Microscope |
This application note describes experiments on attaching
nanotube bundles onto a Tungsten tip in a scanning electron
microscope (SEM) using attocube ANPxyz50/HV positioners. |
568 KB |
| 10. |
Angle-dependent transport measurements at high magnetic fields and mK temperatures with attocube systems rotator ANR30/LT |
A rotation
stage for angle-dependent transport measurements in magnetic fi elds
up to 33 Tesla and temperatures down to 40 mK was built at the user facility of the High Field Magnet Laboratory in Nijmegen. |
538 KB |
9. |
UHV-Compatibility of encoded attocube rotator ANR101/RES/UHV
with vacuum of up to
8*10-11 mbar |
The performed experiments demonstrate the outstanding
UHV compatibility
of the attocube systems positioning systems which are specified
to pressures down to 5*10-11 mbar. |
305 KB |
8. |
Vibration analysis of a positioner (ANPz101) using the
attoFPSensor |
A vibrometer setup using the attoFPSensor has
been applied to demonstrate the striking stability of an
ANPz101. |
200 KB |
7. |
Ballistic electron emission microscopy (BEEM) studies using
ANP100 nanopositioners |
A new application using an ANPxyz100 stack within a Ballistic
electron emission microscopy (BEEM) is reported. Both, STM
and BEEM data are presented demonstrating the good performance
of this nanopositioning unit. |
122 KB |
| 6. |
Performance Test of the ANPz30/LT at
35 mK and 15 Tesla |
The attocube nanopositioner ANPz30/LT
has been tested extensively at very low temperatures and
high magnetic fields showing that operating the device at
various magnetic fields does not affect the base temperature
of the setup. |
197 KB |
5. |
Atomic Resolution Imaging in STM using
attocube Positioners |
JEOL, Japan is currently building a STM operating at low
temperatures and high vacuum conditions. The scan head has
been fabricated using attocube system’s ANPz100 for the tip approach.
This ultra-stable linear positioner provides atomic resolution over a travel
range of 6 mm.
|
103 KB |
| 4. |
Ultra-compact xyz Fiberoptics Positioning
System |
The precise alignment of optical elements
in a Micro-Opto-Electro-
Mechanical System (MOEMS) is of uttermost relevance in order to realize
reliable set-ups. |
130 KB |
3. |
Vibrations of the ANPxyz100 Positioning Unit Measured with
an Interferometric Setup |
The main vibrations observed around 600 Hz were determined
to be always smaller than 20 pm. In the DC regime (if the
noise is integrated over the entire spectrum), the noise
is always smaller than 33 pm! |
90 KB |
| 2. |
Vibrations of the ANPxyz50 Positioning
Unit Measured Using the attoCFM II (1” Version) |
Vibration amplitudes of less than 100
pm were observed, main. The total vibration (integral of
all harmonics) was determined to be about 800 pm.
|
92 KB |
1. |
attocube systems positioners for PL measurements in high magnetic felds |
The attocube systems positioners ANPxyz100/LT have been used in a setup for optical measurements in LHe temperature and magnetic fields up to 28 T at the Grenoble High Magnetic Field Laboratory.
|
94 KB |
