摘要:
The invention is directed to a scanned probe microscope including one plate (12.1) allowing for tip scanning and second plate (12.2) other allowing for sample scanning, with the optical axis of the scanned probe microscope being free to permit incorporation into standard optical microscopes.
摘要:
System and method for printing chemicals in an array includes a delivery channel (20) with aperture (22) moveable relative to substrate (26) by precision controller (28) coupled to sensor (40). Chemicals may be supplied from a separation device (14), such as a chromatographic separator, and identified by an analyzer (33).
摘要:
A method and a device permit scanned probe microscopes with a non-optical feedback mechanism (1.2), such as a tuning fork, to be used in air or in liquid. The embodiments of the invention require geometric construction of the scanning device that can incorporate the non-optical feedback mechanism in a way that does not obstruct geometrically essentially any lens (1.3) from above or below and permits free access to the probe that is interacting with the sample. In one such embodiment, a scanner (1.1) in x, y and z can move the probe with a structure in which either the non-optical feedback mechanism is in the liquid or in the air and can use either a cantilevered or straight probe. The system can also be constructed with multiple independent scanned probe microscopy probes that can work in liquid and/or in air.
摘要:
The invention is directed to a scanned probe microscope including one plate (12.1) allowing for tip scanning and second plate (12.2) other allowing for sample scanning, with the optical axis of the scanned probe microscope being free to permit incorporation into standard optical microscopes.
摘要:
A method and a device permit scanned probe microscopes with a non-optical feedback mechanism (1.2), such as a tuning fork, to be used in air or in liquid. The embodiments of the invention require geometric construction of the scanning device that can incorporate the non-optical feedback mechanism in a way that does not obstruct geometrically essentially any lens (1.3) from above or below and permits free access to the probe that is interacting with the sample. In one such embodiment, a scanner (1.1) in x, y and z can move the probe with a structure in which either the non-optical feedback mechanism is in the liquid or in the air and can use either a cantilevered or straight probe. The system can also be constructed with multiple independent scanned probe microscopy probes that can work in liquid and/or in air.