What miniaturization means?
the process of making something very small using modern technology: The silicon chip is a classic example of the benefits of miniaturization. Becoming and making smaller or less.
How do you say precision?
Break ‘precision’ down into sounds: [PRI] + [SIZH] + [UHN] – say it out loud and exaggerate the sounds until you can consistently produce them.
How do you pronounce unobtrusively?
Break ‘unobtrusively’ down into sounds: [UN] + [UHB] + [TROO] + [SIV] + [LEE] – say it out loud and exaggerate the sounds until you can consistently produce them.
What is another word for miniaturized?
What is another word for miniaturized?
| tiny | small |
|---|---|
| weensy | minikin |
| peewee | pintsize |
| runty | scrubby |
| shrimpy | smallish |
Why did the Japanese value miniaturization?
Abstract： Japanese product is highly characterized by its miniaturization, due to the economic profit, resources limitation, traditional aesthetic and space limitation. Small object designs have obvious traits and delicately communicate aesthetic senses of oriental cultures.
How do you pronounce exact?
Phonetic spelling of exact
- ig-zakt.
- ex-ac-t.
- ex-act.
Why is miniaturization important?
Miniaturization, low weight, and low volume are as important in medical electronics as in space electronics and other applications. The small size and weight are benefits of hybrid microcircuits; they have been used for a long time in pacemakers and defibrillators.
What is the meaning of miniaturization?
miniaturization noun [ U ] UK usually miniaturisation uk /ˌmɪn.ə.tʃər.aɪˈzeɪ.ʃən/ us /ˌmɪn.i.ə.tʃɚ.əˈzeɪ.ʃən/. › the process of making something very small using modern technology: The silicon chip is a classic example of the benefits of miniaturization.
Is miniaturization in microelectronics reaching its physical limits?
With miniaturization, however, the problem is that sectors close to one another can influence each other, and spontaneously change polarity. Since continuous miniaturization in microelectronics is already starting to reach the physical limits, researchers are seeking new methods for device fabrication.
Is the miniaturization of computer memory really ground-breaking?
In an era of miniaturization of computer memory, that’s just ludicrous. By the late 1990s, miniaturization and digitization were in full swing. The company’s emphasis on miniaturization and speed has garnered a lot of attention, but some don’t think it’s necessarily ground-breaking.
How miniaturization and digitization are cracking the odor-on-demand challenge?
Miniaturization and digitization are cracking the big challenges of odor-on-demand systems: control and variety. The interrelated trends around miniaturization and portability, wireless communications, power-efficient computing and advanced display technologies have come together to create the smart devices of today.