• No results found

Frequency Tuning Range Control in Pulsed Terahertz Quantum Cascade Lasers: Applications in Interferometry

N/A
N/A
Protected

Academic year: 2019

Share "Frequency Tuning Range Control in Pulsed Terahertz Quantum Cascade Lasers: Applications in Interferometry"

Copied!
8
0
0

Loading.... (view fulltext now)

Full text

Loading

Figure

Fig. 2.Self-mixing in a pulsed QCL under optical feedback (color online).Red/broken lines pertain to cw operation and blue/solid lines to pulsedoperation
Fig. 3.Measured (a) thermal and (b) adiabatic modulation characteristicsof the exemplar QCL
Fig. 4.Modulation with 2from the LFI trace for each of these gives the SM signals shown in parts (m), (n), and (o)
Fig. 5.Pre-emphasis of a 20 μs pulse to linearize frequency sweep, for evenly spaced and proportioned interferometric fringes
+2

References

Related documents

are analyzed and compared to corresponding aspects of another system, with the aim of improving both systems. In this article, the environmental regulation system, primarily

climate change; global warming; Odonata; temperature; phenology; biological records; population dynamics; flight period; life-history;

In this study, a significant correlation was obtained between disease duration increased and hearing threshold increased in RA group.. This showed that the longer

that better use is nade of the results of public research, both nati'onal and comunity, and to speed up technology transfer and the spread of

— Branches 75 (Market services of education and re­ search), 77 (Market services of health) and 93 (Domestic services and other non-market services n.e.c.) are grouped with branch

By the 1920s the law regarding administrative procedures had stabilized. Although there was no “general” administrative law, but merely statutes dealing with individual agencies or

In particular, on the basis of prescriptions given by the American code AISI S213 for CFS structures and those provided by Eurocodes for traditional concentrically braced

In this work the atomistic semiempirical pseudopoten- tial approach is used to provide an accurate theoretical determination of (i) the lifetime for the electron relax- ation, via