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Araştırma Birimleri
Araştırma Sonucu
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Scopus Profilini Görüntüle
Bülent Uluğ
Prof. Dr.
Elektrik-Elektronik Mühendisliği
E-posta
bulent.ulug
bau.edu
tr
h-index
882
Alıntılar
14
h-indeks
Scopus alıntıları ve Pure'de kayıtlı yayın sayısına göre hesaplandı
1981 …
2023
Yıla göre araştırma sonucu
Genel bakış
Parmak izi
Ağ
Araştırma Sonucu
(63)
Parmak izi
Bülent Uluğ‘in aktif olduğu araştırma başlıklarına git. Bu konu etiketleri bu kişinin eserlerindendir. Birlikte benzersiz bir parmak izi oluştururlar.
Sıralama ölçütü
Ağırlık
Alfabetik sıralama
Keyphrases
Acoustics
54%
Ammonium
20%
Annular Photonic Crystals
40%
Band Gap
47%
Banded Structure
71%
Beam Splitting
33%
Collimating
29%
Crystal Surface
21%
Electrical Properties
35%
Equi-frequency Contour
22%
Etching Process
30%
Evanescent Coupling
20%
Finite Element Method
30%
Finite Element Simulation
34%
Finite-difference Time-domain Simulation
22%
GaAs Quantum Well
30%
GaInNAs
30%
Gas Sensing
20%
Guided Modes
21%
Kerr Nonlinearity
20%
Lattice Constant
24%
Light Transmission
30%
Linear Waveguide
43%
Mach-Zehnder Interferometer
20%
Modulation-doped
40%
Nanosize
20%
Optical Properties
22%
Peak Energy
23%
Phononic Crystal
85%
Photoluminescence
40%
Photonic Crystal
39%
Polarization-independent
40%
Refraction
22%
Resistive Transition
20%
Self-collimated Beam
20%
Self-collimation
23%
Silver Nanoparticles
20%
Slow Sound
33%
Sonic Crystals
85%
Spoof Surface Acoustic Wave
23%
Surface Modes
30%
Surface Plasmon Resonance
22%
Temperature Effect
58%
Thick-film Resistor
20%
Transmittance
22%
Two Dimensional
94%
Two-dimensional Photonic Crystals
23%
Undoped
25%
Vapor Etching
20%
Waveguide
62%
Engineering
Acoustic Doppler Velocimetry
12%
Angle of Incidence
10%
Band Gap
70%
Band Gap Energy
14%
Band Structure
56%
Blueshift
15%
Broadening
10%
Collimator
13%
Contrast Ratio
20%
Coupling Length
14%
Crystal Surface
25%
Decomposition Process
10%
Dielectrics
21%
Directional
15%
Electron Concentration
10%
Electron Effective Mass
10%
Evanescent
20%
Experimental Result
13%
FTIR Spectroscopy
13%
Functional Form
10%
Gallium Arsenide
40%
Green Process
10%
Group Velocity
18%
Guided Mode
15%
Incident Plane Wave
10%
Infrared Absorption
20%
Lattice Constant
35%
Linear Regime
11%
Low-Temperature
10%
Mach-Zehnder Interferometer
20%
Nanoscale
20%
Nonlinearity
12%
Peak Energy
31%
Phase Difference
11%
Quantum Well
50%
Resonator
13%
Room Temperature
12%
Saturates
15%
Scatterer
27%
Sound Propagation
18%
Source Intensity
11%
Steel Cylinder
15%
Supercell
12%
Surface Acoustic Wave
23%
Surface Plasmon
20%
Temperature Dependence
58%
Transients
15%
Two Dimensional
100%
Ultrasonics
13%
Waveguide
31%
