R. C. Moore

University of Adelaide

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Tanya M. Monro

Defence Science and Technology Group

Heike Ebendorff‐Heidepriem

University of Adelaide

K. Frampton

University of Southampton

Periklis Petropoulos

University of Southampton

David J. Richardson

University of Southampton

S. Asimakis

University of Southampton

V. Finazzi

Institute of Photonic Sciences

G. F. Schilling

RAND Corporation

Xian Feng

Yantai University

J.Y.Y. Leong

University of Adelaide

Cooperative Institutions

University of Southampton

University of Adelaide

AT&T (United States)

University of Florida

Nokia (United States)

Stanford University

University of California, Los Angeles

Chinese Academy of Sciences

University of South Australia

Imperial College London

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Part W, Miscellanea, References and Index

Treatise on Invertebrate Paleontology (1962)

R. C. Moore

IbOroerPARACONODONTIDA Miiller, n. order Phosphatic microfossils, which may contain organic matter and which, though resembling conodonts in size range and partly in general appearance, grow by accretion of the lower rim in a manner clearly distinct from the mode of growth in conodontophorids (see Fig. 48), are grouped under the name Paraconodontida.It is believed that the paraconodontids, now represented by a few described forms and several undescribed ones, will be useful in stratigraphic studies of early Paleozoic rocks.The presently recorded genera come from pre-Silurian strata.L.Cam.-M.Ord.Problematoconites MULLER, 1959 [•P.per/orata].Conical toothlike forms with large basal cavity; flanges perforated by numerous small oval holes, which demonstrate mode of growth unlike that of conodonts.V.Cam., Eu.(

10.17161/tip.v0i0.5419

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Low Walk-Off Kerr-Shutter Using a Dispersion-Shifted Lead Silicate Holey Fiber

IEEE Photonics Technology Letters (2007)

S. Asimakis Gianluca Meloni J.Y.Y. Leong Francesco Poletti R. C. Moore

We present, for the first time to our knowledge, the use of a dispersion-shifted soft-glass holey fiber (HF) in a Kerr-shutter configuration. Wavelength conversion of 10-Gb/s data pulses is achieved in the C-band using just 2.1 m of a lead-silicate HF with a nonlinear parameter ¿ of 164 W ^-1 · km ^-1 . The low dispersion and the short length of the fiber enable short switching windows to be realized.

10.1109/lpt.2007.900309

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Citations (3)

Quantum-efficiency measurements in oxygen-containing gallium lanthanum sulphide glasses and fibers doped with Pr/sup 3+/

IEEE Photonics Technology Letters (1997)

Jason Hector Daniel W. Hewak J. Wang R. C. Moore W.S. Brocklesby

The production of competitive fiber amplifiers in the 1.3-μm region requires both good quantum efficiency in the lasing ion and the capability to produce low-loss fibers. Oxygen-doped gallium lanthanum sulphide (GLS) doped with Pr/sup 3+/ may provide a route to both, We describe measurements of the quantum efficiency of Pr/sup 3+/ emission at 1.3 μm from the ¹ G ₄ - ³ H ₅ transition in GLS glass and fiber containing varying quantities of lanthanum oxide. We show that oxide-containing GLS glasses, which are known to have considerably better thermal and glass-forming properties than pure GLS, can show quantum efficiencies of up to 84% of that of pure GLS, No degradation of quantum efficiency is seen when oxide-containing GLS glass is pulled into fiber form.

Lanthanum

Quantum Efficiency

10.1109/68.559382

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Chemical etching of AlF3-based glasses

Journal of Non-Crystalline Solids (1999)

Yvonne D. West E.R. Taylor R. C. Moore D.N. Payne

10.1016/s0022-3093(99)00395-6

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Multiple-Station Observation of Frequency Dependence and Polarization Characteristics of ELF/VLF waves generated via Ionospheric Modification

2014 AGU Fall Meeting (2014)

Ashanthi Maxworth Mark Gołkowski M. Cohen R. C. Moore

D region

Extremely low frequency

High frequency

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Fluoride glass microstructured optical fiber with large mode area and mid-infrared transmission

Optics Letters (2008)

Heike Ebendorff‐Heidepriem Tze Cheung Foo R. C. Moore Wen Qi Zhang Yahua Li

We demonstrate the first fluorozirconate microstructured fiber for use in the mid-infrared. The fiber preform was manufactured via extrusion of a 200 g billet through a complex graphite die. The fiber exhibits large mode area of 6,600 microm(2), loss of 3 dB/m at 4 microm and only marginal excess loss relative to a corresponding unstructured fiber.

All-silica fiber

Plastic-clad silica fiber

Microstructured optical fiber

10.1364/ol.33.002861

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Citations (57)

Development of Highly Nonlinear Extruded Lead Silicate Holey Fibers with Novel Dispersive Properties

Ceramic transactions /Ceramic transactions (2006)

Julie Y. Y. Leong Periklis Petropoulos Heike Ebendorff‐Heidepriem S. Asimakis R. C. Moore

This chapter contains sections titled: Introduction Fabrication and Fiber Stucture Extremely High Nonlinearity Fiber Dispersion Management and Optimized Supercontinuum Generation AT 1.06μM Conclusion Acknowledgements

Supercontinuum

Silicate glass

10.1002/9781118407974.ch1

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Citations (1)

Techniques of Color Purity Adjustment in Receivers Employing the ``Apple'' Cathode-Ray Tube

IRE Transactions on Broadcast and Television Receivers (1957)

R. C. Moore A. Hopengarten P. G. Wolfe

Cathode ray tube

X-ray tube

10.1109/tbtr2.1957.4502963

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Soliton-self-frequency-shift effects and pulse compression in an anomalously dispersive high nonlinearity lead silicate holey fiber

Optical Fiber Communication Conference (2003)

Periklis Petropoulos Tanya M. Monro Heike Ebendorff‐Heidepriem K. Frampton R. C. Moore

We report the fabrication of a single-mode lead silicate glass holey fiber with anomalous dispersion and a record nonlinearity of /spl gamma/=640 W/sup -1/km/sup -1/ at 1550nm. We report what we believe to be the first soliton and pulse compression experiments in this new class of fibers.

Pulse compression

Self-phase modulation

10.1109/ofc.2003.1248584

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Citations (22)

Extruded fluoride fiber for 2.3μm laser application

Heike Ebendorff‐Heidepriem David G. Lancaster K. Kuan R. C. Moore Subrata Sarker

We report on a new and versatile technique to fabricate step-index fluoride fibers for laser applications. The fibers made were doped with Tm ³⁺ to explore suitability for lasing at 2.3μm. The large mode area fibers with 30μm core diameter exhibit an NA of ~0.04. The propagation loss of the fibers was evaluated in terms of fiber drawing conditions and quality of the interface between core and cladding region in the fibers. Pumping at 790nm, the fluorescence of Tm ³⁺ at 2.3μm is stronger than that at 2.0μm, demonstrating potential of the fiber as a 2.3μm laser.

Cladding (metalworking)

10.1109/iqec-cleo.2011.6194000

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