Fabrication of Cube Beamsplitters for White Light Interferometry
... fabrication errors on a plane wave passing through the beamsplitter can be modeled as a series of these thin elements placed in the optical path of both the transmitted and reflected beams of an ideally perfect beamsplitter. ...
... fabrication errors on a plane wave passing through the beamsplitter can be modeled as a series of these thin elements placed in the optical path of both the transmitted and reflected beams of an ideally perfect beamsplitter. ...
Can a Fast-Mode EUV Wave Generate a Stationary Front?
... red line marks the slice used for the time–distance diagram in Figure 8. ...
... red line marks the slice used for the time–distance diagram in Figure 8. ...
Anomalous transient amplification of waves in non
... that in most photonic applications it is difficult to implement designs in which optical loss and gain are perfectly balanced. Furthermore in a number of optical systems e.g. active plasmonic structures, the overall loss generally dominates the optical gain. For the full realization of the potential ...
... that in most photonic applications it is difficult to implement designs in which optical loss and gain are perfectly balanced. Furthermore in a number of optical systems e.g. active plasmonic structures, the overall loss generally dominates the optical gain. For the full realization of the potential ...
Impact of Liquid Crystals in Active and Adaptive Optics
... controlled amounts of retardance at different parts of the wavefront. Their initial limitation concerning speed, polarization sensitivity, retardance range, and diffraction effect reduced their expansion. However they have been overcome nowadays by using different approaches. For example, polarizati ...
... controlled amounts of retardance at different parts of the wavefront. Their initial limitation concerning speed, polarization sensitivity, retardance range, and diffraction effect reduced their expansion. However they have been overcome nowadays by using different approaches. For example, polarizati ...
X = k R( ) P( )( ) d (1)
... This lab is the only lab that has established transgenic technology for butterflies [28] and is currently developing functional genetic tools in order to test the role of several candidate genes in differentiating specific colors on butterfly wings [29]. This lab has extensive experience with artifi ...
... This lab is the only lab that has established transgenic technology for butterflies [28] and is currently developing functional genetic tools in order to test the role of several candidate genes in differentiating specific colors on butterfly wings [29]. This lab has extensive experience with artifi ...
Durham Research Online
... 2-dimensional projection of the original 3-dimensional velocity distribution of the NO molecules onto the (vx , vz ) plane. Such a set-up allows the direct measurement of the absolute velocity of both the molecular beam and of the NO fragment molecules, which is vital in maximizing the efficiency of ...
... 2-dimensional projection of the original 3-dimensional velocity distribution of the NO molecules onto the (vx , vz ) plane. Such a set-up allows the direct measurement of the absolute velocity of both the molecular beam and of the NO fragment molecules, which is vital in maximizing the efficiency of ...
Bose-Einstein Condensation in a Constant Magnetic Field
... Thus, as BEC in 3D has the properties of a second order phase transition, in studying it in presence of a magnetic eld, the strong criterium cannot be applied; no critical temperature separating phases of dierent symmetry exists, and that was conrmed in many of the results of references [2]- [6]. ...
... Thus, as BEC in 3D has the properties of a second order phase transition, in studying it in presence of a magnetic eld, the strong criterium cannot be applied; no critical temperature separating phases of dierent symmetry exists, and that was conrmed in many of the results of references [2]- [6]. ...
Design considerations for a high temperature image sensor
... digital and analog [1]. The Knut and Alice Wallenberg Foundation granted the project WOV - Working on Venus almost 23 MSEK for 5 years. Venus has fascinated mankind since ancient times [2] for various reasons, such as its proximity to Earth, its similarity to our planet in terms of size and its dive ...
... digital and analog [1]. The Knut and Alice Wallenberg Foundation granted the project WOV - Working on Venus almost 23 MSEK for 5 years. Venus has fascinated mankind since ancient times [2] for various reasons, such as its proximity to Earth, its similarity to our planet in terms of size and its dive ...