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查看斯高帕斯 (Scopus) 概要
陳 立業
教授
化學工程與材料工程學系
https://orcid.org/0000-0001-8271-3351
電子郵件
sli.chan
unsw.edu
tw
網站
http://www.en.cme.ncu.edu.tw/products_detail/166.htm
h-index
3020
引文
27
h-指數
按照存儲在普爾（Pure）的出版物數量及斯高帕斯（Scopus）引文計算。
1983 …
2025
每年研究成果
概覽
指紋
網路
研究計畫
(6)
研究成果
(111)
指紋
查看啟用 Lap Ip Chan 的研究主題。這些主題標籤來自此人的作品。共同形成了獨特的指紋。
排序方式
重量
按字母排序
Material Science
Composite Material
58%
Hydrogen Storage Alloys
56%
Surface (Surface Science)
49%
Diffusivity
43%
Scanning Electron Microscopy
36%
Grain Size
33%
Film
32%
Carbon Nanotube
30%
X-Ray Diffraction
27%
Heat Treatment
26%
Grain Boundary
26%
Density
26%
Aluminum
26%
Hydrogen Embrittlement
25%
Desorption
25%
Corrosion
24%
Weld Metal
22%
Stainless Steel
21%
Duplex Stainless Steel
21%
Ultimate Tensile Strength
21%
Metal Hydride
21%
Thin Films
20%
Dehydrogenation
20%
Fatigue Crack Growth
20%
Carbon Steel
19%
Crystallite Size
18%
Electrochemical Property
18%
Powder Metallurgy
17%
Matrix Composite
17%
High Entropy Alloys
17%
Volume Fraction
16%
Creep Property
16%
Austenitic Stainless Steel
16%
Austenite
16%
Hydrogenation
15%
Corrosion Resistance
15%
Nanoparticle
15%
Graphitic Carbon Nitride
15%
Physical Property
14%
Nanotube
14%
Nanocrystalline
13%
Oxide Compound
13%
Aluminum Oxide
13%
Creep
13%
Nickel Alloy
12%
Pitting Corrosion
12%
Aluminium Oxide Nanoparticle
12%
Metal Matrix Composite
12%
Crack Propagation
12%
Fatigue Crack
12%
Keyphrases
Hydrogen Storage
43%
Nickel Hydroxide
40%
Hydrogen Storage Alloy
40%
Microstructure
36%
Nickel Electrode
29%
Discharge Capacity
28%
Occlusivity
27%
Hydrogen Diffusion
27%
Banded Structure
24%
Electrolyte
24%
Ferrite-pearlite
23%
Hydrogen Storage Capacity
22%
Electrochemical Characteristics
21%
Reinforced
19%
Hydrogen Content
18%
Zr-based
18%
Hydrogen Embrittlement
18%
X Ray Diffraction
18%
AISI 4130 Steel
17%
Powder Metallurgy
17%
Friction Surfacing
17%
Electrochemical Properties
17%
Dehydrogenation
16%
Hydrogen Permeation
16%
Multi-walled Carbon Nanotubes (MWCNTs)
16%
Creep Behavior
16%
Low Carbon Steel
16%
SiC Particles
16%
AA6061
16%
2205 Duplex Stainless Steel
16%
LaNi4.25Al0.75
16%
Scanning Electron Microscopy
16%
Ball Milling
16%
Active Materials
15%
Friction
15%
Carbon Content
15%
Room Temperature
14%
Hydrogen Charging
14%
Mechanical Properties
14%
Grain Size
14%
Electrochemical Performance
13%
Tensile Properties
13%
Martensitic Structure
13%
Metal Hydride
13%
Pearlite Colony
13%
Annealing
13%
Aluminum Oxide
13%
Equiaxed Grain
13%
Temperature Effect
13%
Alloy Electrode
12%
Engineering
Hydrogen Storage
100%
Discharge Capacity
39%
Pearlite
30%
Diffusivity
23%
Welds
21%
Iron
21%
Thin Films
21%
Ray Diffraction
19%
Hydrogenation
17%
Storage Capacity
17%
Mild Steel
16%
Creep
16%
Banded Structure
15%
Corrosion Rate
14%
Hydrogen Embrittlement
13%
Stainless Steel
13%
Hydrogen Permeability
13%
Retention Capacity
12%
Nanotube
11%
Fatigue Crack Propagation
11%
Fatigue Crack Growth
11%
Carbon Nanotube
10%
Electrochemical Hydrogen Storage
10%
Phase Particle
10%
Active Material
10%
Carbon Steel
10%
Duplex Stainless Steel
10%
Rate Constant
10%
Cycle Life
10%
Partial Substitution
10%
Specific Surface Area
9%
Fatigue Crack Propagation Rate
9%
Power Supply
9%
Heat Treatment
9%
Hydrogen Damage
9%
Room Temperature
9%
Al Alloy
8%
Steel Bar
8%
High-Entropy Alloys
8%
Electric Power Systems
8%
Remote Area
8%
Stress Corrosion Cracking
8%
Austenitic Stainless Steel
8%
Tensiles
8%
Rate Capability
7%
Porosity
7%
Yield Point
6%
Ball Milling
6%
Longitudinal Direction
6%
High Surface Area
6%
