photonic

It will now be put through its paces to see just how much photonic puff it can provide.

The waveguide may be formed by into*ching two 3D photonic crystal regions, with at least one of the regions having a channel formed therein.

Real-time data acquisition is possible with either conventional electronic or emerging photonic ( fiber optic) instrumentation.

The method that used could help one to understand the concept about photonic wave function and its statistical meaning in quantum theory.

The result of this process is a 'composite opal' - a photonic crystal hydrogel that responds to water levels in the air.

By means of the split-step Fourier method, the propagation of solitons in a photonic crystal fiber (PCF) is numerically simulated.

Such solitons are supported by an interface beside which two harmonically photonic lattices with different modulation depths are imprinted.

It is found that this kind of photonic crystal can enlarge the band gap compared with ordinary structure photonic crystal.

Prior to entry of the first star gate, the photonic energy available was less than one half of what is now experienced in present time.

We also investigate the spontaneous emission properties of a two-level atom embedded in a three-dimensional anisotropic photonic crystal.

It requires the construction of a fully conscious nervous system that can capture photonic energy to understand the Language of ONE.

Photonic energy is particle based sparks of light that can be added to each cell of the body to foster a light based metabolism.

If the metal material and the general dielectric photonic crystal materials get together, it will hopefully get better optical properties.

Thereafter, the concept of photonic crystals is introduced, photonic bandgap theory is analyzed.

These results would provide theoretical instruction for designing optical integrated devices using photonic crystal with a rhombus lattice.

SEM is an important means for the observation and study of the artificial opal photonic crystal.

Communication with the Tao however requires mastery of gold and silver or photonic thought-form to understand.

The circuits developed on this chip carrying the world map were used to demonstrate photonic wires with the lowest propagation losses.

Because photonic crystal fiber is made of a single material , it has made many fine features .

However, the refractive index contrast of the fabricated polymeric structure is insufficient to open a complete photonic band gap.

Experiments are performed to verify the characteristics of vibration transfer and isolation of these photonic crystals.

Photonic crystals are artificially made crystal structures by forming periodical index modulations over a certain optical substrate.

In peacock feathers, color is produced by the reflection of light with frequencies within the partial photonic band gap.

The fabrication and research of lattices with defect are a important task for the implementation of the all integrated photonic devices.

The full-vector plane-wave method was used to calculate the band gaps of the photonic crystal fiber with triangular structure.

Chalcogenide glasses are novel materials with very intriguing properties for a variety of photonic applications.

We propose a new type of wavelength division demultiplexer composed of a photonic crystal waveguide with asymmetric corrugated exit surface.

The dispersion performance of photonic crystal fiber (PCF) with a hybrid core is investigated by the method of finite difference (FD).

Finite-difference Time-domain (FDTD) algorithm is applied to calculate the transmission spectrum of the plasma photonic crystals.

Moving to the country or to an island where there is more photonic energy already present can augment one's pace of ascension.

The theoretical model governing the operation of these photonic crystals is derived by using finite element and transfer matrix methods.

In recent years, photonic crystal defect cavity is widely used to achieve high Purcell factor for high efficiency single photon sources.

We studied the spontaneous emission from a three level atom with an external driving field in a photonic crystal.

This text will from the photonic crystal optical switch to cut-in the heart of the design theory field of photonic crystals .

It was analyzed how the photonic crystal periodicity and liquid thickness affect the Q value of the sensor.

This photonic molecule constitutes a trap for each of the photons of the pair and allows them to be collected efficiently.

The photonic crystal fiber(PCF) with a special envelop structure induces the light by photonic bandgap(PBG) effect.

An optical waveguide device which includes an optical waveguide part and a photonic device mounting part is provided.

Up to now, most terahertz filter structures are based on two-dimensional photonic crystal, meta material and surface plasmon.

Transitioning to a partial photonic fusion body resolves the resolves the health issues of light work.

In 1991, the conception was turned into reality: the first perfect forbidden band photonic crystal in world came into being.

simultaneously it has also calculated the doping birefringent photonic crystal defect model structure.

The invention relates to a method to prepare composite band-gap colloidal photonic crystal film through adopting an ink-jet printing method.

We investigate the coupling characteristics of photonic crystal fiber composed of two cores with different index profiles.

The existence of band gaps of photonic crystals suggests wide applications in seismic resistance and vibration isolation of structures.

One can obtain high birefringence due to a sharp index contrast between air and silica in photonic crystal fiber.

In chapter two, The dispersion of a type of slow-wave structure and the photonic crystal band gap structures are discussed in this chapter.

My heart's voice penetrates all worlds without translation as a sub-photonic light and inter-dimensional vibration that produces sound.

Analyze the different condition of the experiment, and find out the optimal condition to fabric point-defect photonic lattices.

After an analysis of its optical properties, the photonic band gap and the centre wavelength is coincidence with the theoretical value.

Thus, it is possible to prepare 2 or 3 dimensional colloidal photonic crystals of large scale with no defects in less time.

It also had simultaneously indicated this test model to the complex photonic crystals material was also feasible and credible.

We connected and communed with new souls of a photonic nature that were more greatly attuned to what we had known from home.

In this paper, We study the statistical properties of the cavity field for dressed-atom laser in a photonic band-gap material.

A novel fabrication method of multi-core photonic crystal fibers is proposed on the basis of a fiber-embedded technique.

by using this diagram , the behavior of light in photonic crystals can be analyzed qualitatively.

Because photonic crystal can control the flow of photons, its applications has become the research focus of optoelectronics.

a layer ' s geometric thickness of this kind of photonic crystal is fixed , but another layer ' s thickness is graded.

and Language of ONE which are gold and silver tones of creation that are photonic in vibration and emanate from the Great Central Sun.

This process can be observed in the vibrant colours of the precious stone opal, a natural photonic crystal.

Then, we introduce its magneto-optical properties and its potential applications in photonic devices.

A novel photonic crystal fiber (PCF) with layered microstructures was designed and investigated by the vector finite element method.

Electromagnetic radiation resonators including photonic crystals having photonic states in the photonic band gap are further provided.

The spectral linewidth narrowing is due to the common effect of squeezing and the radiation reservoir of the photonic band gap.

Those who are not in line with the cosmic will cannot process the alchemical transformations, which absorb these incoming photonic energies.

Those cells that are crystalline instead of photonic combusts as the ascension is launched into the fourth dimension .

The properties of photonic crystal fiber (PCF) made it an excellent medium for supercontinuum generation.

The mode and defect mode of electromagnetic wave in flat-panel doping photonic crystal is studied by the characteristic matrix method.

Self-assembly techniques of preparing three-dimensional semiconductor photonic crystals are introduced in detail.

The theoretical is provided to the further experimental preparation and practical application of photonic crystals.

Essentially, photonic crystals contain regularly repeating internal regions of high and low dielectric constant.

The photonic chip, built by scientists from Bristol's Centre for Quantum Photonics, uses light rather than electricity to pass information.

These results provide theoretical basis for designing novel dispersion compensating fiber and photonic devices.

Photonic crystals can radiate terahertz wave through difference frequency effect. But the conversion efficiency of this process is very low.

Hence there is a great scientific value in the theoretical investigation on the propagation of the laser pulses in photonic crystal fibers.

Since 1987, photonic crystals, has become the subject of a rapid development photo-electron fields of study.

To enhance the tunable photonic delay of a single QW SOA, we explore a serial cascade of multiple amplifiers.

Photonic crystals is a new type of optical material whose dielectric constant changes alternately following the coordinates of space.

The error of machining accuracy has relatively great influence on the performance of the photonic crystal device.

The photonic crystals may include defects that provide photonic states within the photonic band gap.

The results show that the structure possesses a type of photonic band gap originating from total internal reflection (TIR).

The photonic crystal is developing vigorously, and its future will be filled with challenge and hope.

Frequency conversation efficiency is special high, because omni-directional can reflect in band gap region of photonic crystals.

The results are important for the design of the actual manufacture of photonic crystal devices.

Photonic, Phononic Crystals and Fundamentals, Nanocrystalline Materials.

The Finite Difference Time Domain (FDTD) method is developed for the research of the transmission properties of 2-D photonic crystals.

Furthermore, several examples of photonic integrated devices are also represented.

The place that exists in PBG structures is similar with the bandgap in semiconductor called photonic band gap.

The paper summarizes the progress, guidance mechanism and classification of photonic crystal fiber( PCF ).

The use of self-assembly of colloidal crystals has emerged as a powerful technique for fabricating optical photonic crystals.

We project a compact T-branch beam splitter with a micron scale using a two-dimensional (2D) photonic crystal (PC).

Results show that: there is complete band gap in the four structures of two-dimensional photonic crystal.

The results show that the ligament is a natural bio-photonic material composed of aragonite fibers and proteins.

Steel cylinders coated by soft rubber are arrayed periodically in epoxy, which forms the locally resonant photonic crystal.

A criterion of existence of photonic band gaps in one dimensional crystal has been derived using translation matrix method.

International Trade Fair for Components, Assemblies and Photonic Technology.

A dual-channel optical filter was designed using photonic crystal concept and prepared by Ion Beam Assisted Deposition(IBAD).

A waveguide structure formed with a three-dimensional (3D) photonic crystal is disclosed.

Study continually the negative refraction and imaging properties of quasiperiodic and other photonic crystal structures.

Finally the prospect of photonic crystals applications in control of noise and vibration were discussed deeply.

An optical delay line of coupled resonator optical waveguide (CROW) compensated by photonic crystal waveguide (PhCW) is proposed.

Enhancing and modulating light emission by surface plasmon or photonic crystal was studied in this dissertation.

That the production methods of photonic lattices with defect become the major bottleneck .

The major property of photonic crystals is photonic band gap-a frequency region where propagating waves are forbidden.

The exact expressions for EDOM were derived in finite homogeneous medium and one dimensional photonic crystal.

Crop circles are captured photonic symbols emanating from the photonic star gates that Earth has been entering from some time.

The method of light-induced has paved a brand new way for fabrication of photonic lattices with defect.

The results demonstrate that photonic band gaps may be formed by magnetic scattering.

Light can be manipulated on a submicrometer scale in tiny strips of silicon called photonic wires.

The possibility of designing optical filters using photonic crystals technique was studied in this paper.

More or less each entry point increases the amount and pace of photonic energy available to fuel earth's continued ascent forth.

In the fifth chapter, we introduce a photonic quantum-well structure containing negative-index materials.

But Frank Koppens and his colleagues at the Institute of Photonic Sciences in Barcelona think they have found a way to do so.

To form a new kind of Plasma Photonic Crystals (PPCs) filters, a plasma defect layer was filled in the PPCs.

The acoustic wave propagation in one dimension photonic crystal with defects was studied by eigen matrix method.

The plane wave expansion method is used to calculate photonic band gaps for one dimensional and two dimensional structures.

The polarization properties of one-dimensional photonic crystal have been investigated by using the method of characteristic matrix.

Simulation result was obtained about the photonic crystals of the certain wavelength band gap.

Both structures are one-dimensional photonic crystal with incomplete photonic band gap.

The results indicate that photonic band gap appear in frequency regions between two well separated resonance states.

As a new technique, photonic crystal had great applied value in the martial field and the civil field.

The result shows the method can completely gain the photonic crystals whose the certain wavelength is forbid band or permit band.

If you change the view angle, the partial photonic band gap will shift to short wavelengths for oblique incidence.

This process is: the essence of photonic energy conversion into electrical energy process.

The project is to research on hollow-core plastic photonic crystal fibers (PCFs).

Crop circles are static pictures of key codes and fire letters emanating through photonic sources .

A new type of fiber, known as photonic crystal fiber, has emerged in the past several years.

Starting from the Maxwell equations using the finite element method analysis of dispersion properties of photonic crystal fiber.

Photonic crystal fiber (PCF), is also named as microstructure fiber, have attracted wide attention in recent years.

The Method of Lines (MoL) is introduced to analyze a planar photonic crystal constructed in the micro-strip structure.

The Method of Lines (MoL) is introduced to analyze a planar photonic crystal constructed in the micro-strip structure.

It is promising to prepare photonic crystals using carbon materials as building blocks. The research in this area is becoming hot.

The key to developing a humidity-sensitive photonic material was in the nano structure design.

The beam focusing and bending are understood and explained through analyzing the photonic band structure and the isofrequency (IF) curves.

The dispersion and losses properties of photonic crystal fibers are investigated using the multipole method in chapter two.

Band structure of the photonic crystals shows that there exists a partial bandgap.

It is also shows that reflection micro-cavities have great effect on the improvement of the photonic crystal-based filters.

Firth, we study the band gaps optimization in locally resonant photonic crystal.

Photonic DNA creates another new form of biology that is energized by photon particles rather than sugar.

In theoretical analysis, we simulate four-hole mask and column lens, gained the linear-defect photonic lattices finally. 2.

These may give instruction in designing photonic crystal devices.

Disallowed bands of wavelengths are called photonic band gaps.

Your world is being flooded with intense photonic energy . . . the cells of all life forms are being re-calibrated.

The invention provides a polarization beam splitter based on auto-collimation of photonic crystal and beam splitting method thereof.

Defected Ground Structure (DGS) is a new structure proposed in recent years, which is extended from Photonic Band-Gap (PBG) Structure.

In this paper, we have deep research on key technologies of photonic crystal fiber laser.

The 3D photonic crystal comprises a periodic array of voids formed in a solid substrate.

The other is photonic band-gap fiber, which guide-light mechanism is very different with the traditional fiber.

This text has already designed two photonic crystal optical switch.

The picture above depicts a "photonic micropolis, " a rather fanciful collage of many different photonic crystal devices.

The picture above depicts a "photonic micropolis, " a rather fanciful collage of many different photonic crystal devices.

Photonic band gap structure of photonic crystal indicates its primary property, which is the base of its design and application.

In photonic crystal band gap defect mode, a long group time delay is gained when the group velocity is greatly decreased.

An original design of ring-core photonic crystal fiber (RPCF) is proposed.

The existent conditions and properties of photonic gaps in norm al incidence has been disc used.

The vibration property of one dimension thin rod photonic crystal is studied.

The basical concepts of photonic crystals are introduced, and some characters and applications in optics and microwave are summarized.

So, the study on photonic band gap structure is an important part of basic research on photonic crystals.

The bandgap structure of one-dimensional photonic crystal was calculated and derived with the plane wave method(PWM).

Photonic crystal is a new kind of materials with photonic band gap.

The defect was embedded into integrity photonic lattices, which it can bring many progresses to it.

The methods of bandwidth increasment and the problems of one-dimensional photonic crystal omnidirectionsl reflector are discussed.

Increasing the number of periods will make photonic bandgap more obvious.

The voids are arranged to create a complete photonic bandgap.

Photonic crystal is a new kind of synthetic material.

Here is presented the photonic crystals and their developed active devices.

In this paper, the application of photonic crystal to various aspects of modern radar is discussed in detail.

A new kind of optical switch is devised. The switch bases on one-dimensional photonic crystal doped by electro-optical material.

additional photonic energy will then cause the etheric changes to grow in the physical.

This paper intends to design a 2D photonic crystal(PhC) with negative refraction.

This paper intends to design a 2D photonic crystal(PhC) with negative refraction.

The emergence of Photonic Crystals(PC) bring the innovation of the development of optical devices and optical networks.

The optical frequency shift technology based on photonic crystals is studied.

It provides a basis for the design of devices based on photonic crystal waveguides directional coupler in this thesis. 2.

The main are following: (1) We firstly use 500 nm PS colloid sphere to prepare photonic crystal.

Then we can set different dielectric constant of photonic crystal to remove the band gaps towards high-frequency region or. . .

Photonic band gap structure of photonic crystals indicates its primary Property , which is the base of design of application.

In this paper, we provide new method of transfer matrixs studying the photonic band gap of one-dimensional (1D) photonic crystals.

Based on this idea, we propose a model of magnetron photonic switching circuit and make it successful theoretic.

The result, since wavelength determines colour, is that photonic crystals reflect coloured light.

The new defect mode structure of flat-panel doping photonic crystal is obtained.

Conversely, we can use the language of quantum computation to describe and analyze the photonic interference.

A tunable cascaded microwave photonic filter based on Chirped Fiber Bragged Grating(CFBG) is presented.

The effective-index model of photonic crystal fiber was introduced at first.

In 1987, the world was shaken by a new conception: photonic crystal.

It is significant for design of photonic crystal microcavity.

Each human has a pathway ahead and most likely in future generations yet unborn to the development of photonic biology.

It is very important to test photonic characteristics in the application of photocell.

This Letter will cover brief introductions of photonic crystal in two perspectives: historical background and computational methods.

In order to find photonic crystals with large photonic band gap, we need to calculate band structures of photonic crystals.

Based on the multi-pole method, a kind of step-structure photonic crystal fiber(PCF)is put forward.

The model of the defect of 1-D photonic crystal, which is defect in symmetry, is set up based on the solution of eigen matrix.

That is what photonic crystals allow.

Spontaneous emission properties of a two-level atom with an intense low-frequency field in a three-dimensional photonic crystal

Probing the total density of states in a photonic crystal with different number density distributions of luminescent molecules

Theoretical study of reflective phase compensator made of photonic crystal

Fabrication of straight waveguide in two-dimensional photonic crystal slab and its light propagation characteristics

The two-dimensional metal photonic band gap structure consisting of a skew lattice in a nonorthogonal coordinate system

Study of the Photonic Bandgap of Two-dimensional Photonic Crystal with Hexagonal Lattice

Experiment study of exact detect of two dimensional optical fiber bundle arrays in the photonic switching systems

Investigation on the Bandwidth and Quality Factor of the Defect Mode in a Photonic Crystal with a Defect

The theory study of a plane-wave expansion method based on the effective medium technique in the two-dimensional photonic crystal;

The formation conditions of the fundamental grating solitons close to the photonic band gap in fiber gratings

Realization of an angular filter using one-dimensional photonic crystal containing negative refractive metamaterials

Coupling characteristics of electromagnetic waves in parallel three photonic crystal waveguides and its application

Nonlinear propagation and supercontinuum generation of a femtosecond pulse in photonic crystal fibers

Study of temperature measurement with one dimensional defect photonic crystal

The subject of our research is the influence of the following variations on the photonic bandgap: (i) periods variation;

The Propagation of a Pulse Through One-dimensional Photonic Crystals Containing Single-negative Materials

Propagation of a Pulse Through One-dimensional Photonic Crystals Containing Negative Materials

Study on Relation Between Structure Parameters and Complete Bandgap of Two Dimensional Dielectric-column Photonic Crystals

FDTD Simulation of Effective Dielectric Constant of a Two-Dimensional Photonic Crystal with Carbon Nanotubes

Study of Interaction of Array Light Beam with Photonic Lattices Fabricated in Self-defocus Photorefractive Crystal

A two-dimensional photonic crystal formed by a triangular lattice of square dielectric rods with a large absolute band gap

Electromagnetic Wave Theory of Two Dimensional Photonic Crystal and Photonic Band Structure

Large complete band gap of a two-dimensional photonic crystal consisting of anisotropic elliptic cylinders

Fabrication of Polystyrene and Its Sensing Application to a Photonic Structure

Propagation of optical pulses through one-dimensional photonic crystals with a dispersive and gain defect layer

Photonic Bandgap Properties of Photonic Crystals with a Complicated Periodic Structure

Analysis of One-dimensional Photonic Crystal Made of Stratified Anisotropic Media

Analysis of the negative refraction in two-dimensional photonic crystals with wavy structure

Numerical Study of Optical Comb Filter by One-dimensional Multilayer Photonic Crystal

Theoretical study of dispersion characteristics of photonic crystal fibers

Properties of optical wave propagation in photonic crystal made of LHM and excitable media

Theoretical study of amplitude coefficient ratio character of one - dimension photonic crystal

Omnidirectional Photonic Crystal Reflector Used in Ultraviolet Region

Characteristics of the transition-layer of photonic crystal fibers used in liquid sensors

Electric field intensity distribution in disordered one-dimensional photonic crystal with omnidirectional reflection band

High-order quasi-phase matching harmonic generation in two-dimensional nonlinear photonic crystal

Simulation and theoretical analysis of the birefringence characteristics of one-dimensional photonic crystals

Experimental analysis of the dependence factor during supercontinuum generation in photonic crystal fiber

Study of Disorder by Numerical Simulation Method in the Two- Dimensional Photonic Crystal

Study on the transmission spectra of two-dimension photonic crystals with layered composite medium cylinder

Numerical Analysis on Transmission Properties of Two-dimensional Photonic Crystal Using FDTD

Influences of the Structures of Elliptical-Core Photonic Crystal Fibers with Elliptical Pores on the Polarization Properties

Effect of the inserted metal layer on the characteristic of light transmission of one-dimensional photonic crystals

Characteristics of Photonic Crystal Fiber and Its Application in Optical Communication

Research on a highly nonlinear photonic crystal fiber and its supercontinuum spectrum

Photonic band gaps and transmission coefficient in two-dimensional photonic crystals

Waveguide Property of a Two-Dimensional Photonic Crystals with Square Cylinders

Study on transmission property of two-dimension doped photonic crystals with triangular lattices

Study of chirps induced by the higher-order nonlinear effects in the photonic crystal fiber

Theoretical Study of Silicon-Based Two-Dimensional Photonic Crystal Coupler

Study of Defect by Numerical Simulation Method in the Two- dimensional Photonic Crystal

Influences of Wave Vector Direction on Energy Bands and Applications of Two-Dimensional Photonic Crystals

A FDTD method for calculating defect modes in a two-dimensional photonic crystal consisting of anisotropic cylinders

Spontaneous emission in three-dimensional photonic crystals with an incomplete band gap

The design and study of a layered photonic crystal fiber

Photonic Band Gap of the Distorted Face-Center-Cubic Structure Photonic Crystal Fabricated by Holographic Lithography

Optimal design of two-dimensional photonic crystal polarization splitters