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journal article
Expansion of science-based industries : technological and organisational accumulation vs. fragmentation? Insights from biotechnology in Estonia
Kirs, Margit
International journal of technological learning, innovation and development
2016
/
p. 303-344
https://doi.org/10.1504/IJTLID.2016.081705
journal article
Number of records 1, displaying
1 - 1
keyword
280
1.
high technology
2.
High-Pressure High-Temperature Spark Plasma Sintering
3.
Al0.1CoCrFeNi high-entropy alloy
4.
bimodal high-density polyethylene (HDPE) PE100
5.
C. high temperature corrosion
6.
dual-phase high-entropy alow
7.
effect of high bide
8.
eutectic high entropy alloys
9.
eutectic high-entropy alloys
10.
high
11.
high boost converter
12.
high cell mass production
13.
high context and low context cultures
14.
high cycle fatigue
15.
High Cycling Stability
16.
high efficiency
17.
High efficiency conversion
18.
high electricity consumption
19.
high energy ballmilling
20.
high energy milled activation
21.
high energy milling
22.
High energy physics
23.
high entropy alloy
24.
high entropy alloys
25.
High entropy oxide
26.
high frequency instability
27.
high frequency link
28.
high frequency link conversion
29.
high frequency link converters
30.
high frequency link DC-AC converter
31.
high gain boost converter (HGBC)
32.
high gain dc/dc converter
33.
High gain step up DC-DC converter
34.
high heating rate
35.
high level DD (HLDD)
36.
high level synthesis
37.
high nonlinear
38.
high penetration of renewable energy sources (RESs)
39.
High Performance DSC (HPer DSC)
40.
high performance liquid chromatography (HPLC)
41.
high pressure liquid chromatography procedure
42.
high pressure torsion
43.
High Pressure Torsion Extrusion
44.
high reliability leadership
45.
high reliability management
46.
high reliability organizations
47.
high school
48.
high school student
49.
high schools
50.
high speed boat
51.
high speed craft (HSC)
52.
high speed machining
53.
high speed measurement
54.
high step up/down
55.
high step-down conversion ratio
56.
high step-up
57.
high step-up converters
58.
high step-up power converter
59.
high strength
60.
high surface area carbon
61.
high switching frequency
62.
high tech industries
63.
High technologies park HTP
64.
high temperature
65.
high temperature corrosion
66.
high temperature electrolysis
67.
high temperature fatigue
68.
high temperature fuel cells
69.
high temperature impact-abrasion
70.
high temperature tribology
71.
high temperature wear
72.
high temperatures
73.
high throughput sequencing
74.
high viscosity
75.
high voltage
76.
High voltage circuit breaker
77.
high voltage engineering
78.
high voltage gain
79.
high voltage power converters
80.
high-cooked cheese
81.
high-density apolipoprotein A
82.
high-dimensional data
83.
high-energy astrophysics
84.
high-energy ball milling
85.
high-entropy alloy
86.
high‐entropy alloy
87.
high-entropy alloys
88.
high-entropy materials
89.
high-entropy nanocomposites
90.
high-fat
91.
high-fidelity simulator
92.
high-frequency data
93.
high-frequency link converter
94.
high-frequency model
95.
high-frequency sensor
96.
high-frequency transformer
97.
high-frequency transformers
98.
high-frequency transients
99.
high-gain non-inverting buck-boost converter
100.
high-intensity interval training
101.
high-k oxides
102.
high-level control fault model
103.
high-level control faults
104.
high-level decision diagram
105.
high-level decision diagrams
106.
high-level decision diagrams (HLDD) synthesis
107.
high-level expert group on AI
108.
high-level fault coverage
109.
high-level fault model
110.
high-level fault simulation
111.
high-level functional fault model
112.
High-Level Synthesis (HLS)
113.
high-level synthesis for test
114.
high-level test data generation
115.
high-penetration renewable energy
116.
high-penetration renewable energy sources (RESs)
117.
high-performance computer systems
118.
high-performance computing systems
119.
high-performance computing systems, Information processing
120.
high-performance liquid chromatography
121.
high-performance liquid chromatography-diode array detector-mass spectrometer
122.
high-performance photocathode
123.
high-performance ports
124.
high-precision levelling
125.
high-pressure annealing
126.
high-pressure solidification
127.
high-pressure torsion
128.
high-resolution (HR)-PWM
129.
high-resolution biostratigraphy
130.
high-schools
131.
high-spatial resolution
132.
high-speed
133.
high-speed craft
134.
high-speed design
135.
high-speed MAS (magic angle spinning)
136.
high-speed planing crafts
137.
high-speed railway
138.
high-speed serial link test
139.
high-speed temperature scanner
140.
high-speed thermogravimetric analysis
141.
high-strength wastewater
142.
high-Tc superconductors
143.
high-temperature
144.
high-temperature ceramic superconductors
145.
high-temperature differential thermal analysis (HDTA)
146.
high-temperature tribology
147.
high-temperature wear
148.
high-throughput
149.
high-throughput analysis
150.
high-vacuum evaporation
151.
High-voltage techniques
152.
high-κ dielectrics
153.
logic level and high level BDDs
154.
low-context and high-context
155.
self-propagating high temperature synthesized (SHS)
156.
Self-Propagating High-Temperature Synthesis
157.
ultra high
158.
ultra High gain boost converter (UHGBC)
159.
ultra high step-up
160.
very high-resolution numerical modelling
161.
abatement technology
162.
additive technology in medicine
163.
advanced fiber placement technology
164.
advanced fibre placement technology
165.
assistive technology
166.
assistive technology and rehabilitation engineering
167.
backfill technology
168.
blockchain technology
169.
Bluetooth low-energy tracking technology
170.
briquetting technology
171.
building technology
172.
business information technology
173.
CALL-technology
174.
classroom technology
175.
clean technology
176.
cleaning technology
177.
communication technology
178.
construction technology
179.
convivial technology
180.
critical theory of technology
181.
design structure matrix technology
182.
digital technology
183.
droplet-based technology
184.
educational technology
185.
efficient motor technology
186.
emerging technology
187.
energy science and technology
188.
ethics of technology
189.
ethics of technology
190.
financial technology
191.
flotation technology
192.
food technology
193.
frontier technology
194.
gas sensing technology
195.
government as technology maker
196.
Green technology
197.
hyperspectral technology
198.
ice breaking technology
199.
ICT (information and communication technology)
200.
implementation technology
201.
indigenous technology
202.
info technology
203.
information and communication technology
204.
information and communication technology (ICT)
205.
information and communications technology
206.
information communication technology
207.
Information technology
208.
information technology (IT)
209.
informational technology
210.
intelligent information technology
211.
language of technology
212.
language technology
213.
law and technology
214.
legal technology
215.
materials technology
216.
mechanical engineering and energy technology
217.
Medical technology
218.
microwave technology
219.
mining technology
220.
new technology
221.
optimized production technology
222.
person-communication technology interface
223.
philosophy of technology
224.
Powder technology
225.
power to hydrogen technology
226.
principle of technology neutrality
227.
production technology
228.
science and technology libraries
229.
science technology innovation
230.
Science, Technology and Innovation Policy
231.
semiconductor technology
232.
setting out technology
233.
smart technology
234.
social construction of technology
235.
solid heat carrier technology
236.
sourdough technology
237.
space technology
238.
surface-mount technology
239.
Tallinn University of Technology
240.
Tallinn University of Technology Library
241.
technology
242.
technology acceptance
243.
technology acceptance model
244.
Technology Acceptance Model (TAM)
245.
technology adoption
246.
technology analysis
247.
technology and the law
248.
technology appropriation
249.
technology brands
250.
technology CAD (electronics)
251.
technology education
252.
technology governance
253.
technology infrastructure
254.
technology intelligence
255.
technology management
256.
technology of removal
257.
technology pilots
258.
technology policy
259.
technology selection
260.
technology social factors
261.
technology transfer
262.
technology transfer and diffusion
263.
technology transfer network
264.
technology transfer office
265.
technology-assisted refereeing
266.
technology-driven SMEs
267.
technology-mediated cities
268.
technology-transfer processes
269.
technology-transfer processes
270.
tissue sensing technology
271.
trust in technology
272.
ubiquitous computer technology
273.
Ultra-wideband technology
274.
unified theory of acceptance and use of technology
275.
University technology commercialisation
276.
university technology transfer
277.
V2G technology
278.
welding technology
279.
18 O stable isotope labeling technology
280.
24th IEEE International Conference on Industrial Technology 2023
subject term
6
1.
Bolt Technology OÜ
2.
Department of Marine Systems of Tallinn University of Technology (TalTech)
3.
Massachusetts Institute of Technology
4.
Norwegian University of Science and Technology
5.
The European Federation of Food Science and Technology (EFFoST)
6.
The Silesian University of Technology
author
5
1.
Department of Software Science, Tallinn University of Technology
2.
Tallinn University of Technology
3.
Tallinn University of Technology, Department of Electrical Engineering
4.
Tallinn University of Technology, School of Economics and Business Administration
5.
Tallinna Tehnikaülikooli üliõpilasesindus = Student Council of Tallinn University of Technology
TTÜ subject term
2
1.
ESN Tallinn University of Technology International Club
2.
Goverment Technology and Artificial Intelligence Lab = GovAILab
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