Skip to content
Jenzabar University
Home
Admissions
Student Affairs
Technology Help
Financial Aid
Academics
Login
Search
main navigation
Search
Search
Username
Password
I forgot my password
Current view: Course Administrator
View as: Faculty
View as: Students
View this screen as a student
You are here:
Academics
>
Religion - RELI
>
Survey of Bible
>
RELI 1311 04 - Survey of Bible
>
Main Page
>
Handouts
RELI 1311 04 - Survey of Bible
Menu
Quick Links
Course Information
Main Page
About This Course
Calendar
Announcements
Blog
Handouts
Quick Links
Student Learning Center
TC Library
Sidebar
Main Page
Send to Printer
Preferences
Access
Options
Settings
Layout
MoxieManager
Handouts
Edit handout
What?
What is the name of the handout?
What file should be used?
Current File:
BYREDO-春日花序-Inflorescence-淡香精.jpg
Moxie Manager
From my computer
Select a file from MoxieManager
Select a file from your computer
What set does this handout belong to?
Unit 1 [unit]
Ungrouped
PCB Wifi Antenna Design
PCB Wifi Antenna Design
What Is The Gas-Assisted Injection Molding Process?
What Is The Gas-Assisted Injection Molding Process?
What Is The Gas-Assisted Injection Molding Process?
What Is The Gas-Assisted Injection Molding Process?
What Is The Gas-Assisted Injection Molding Process?
5G-Advanced Innovation
5G-Advanced Innovation
5G Supports Passive IoT
5G-Advanced Innovation
5G Supports Passive IoT
5G-Advanced Innovation
5G-Advanced Innovation
5G-Advanced Innovation
5G-Advanced Innovation
5G-Advanced Innovation
5G Supports Passive IoT
5G-Advanced Innovation
5G Supports Passive IoT
5G-Advanced Innovation
5G Supports Passive IoT
5G-Advanced Innovation
5G Supports Passive IoT
5G-Advanced Innovation
5G Supports Passive IoT
Status And Future Of 5G New Radio Technology
Status And Future Of 5G New Radio Technology
9 Uses of AI And Machine Learning
Status And Future Of 5G New Radio Technology
Status And Future Of 5G New Radio Technology
Status And Future Of 5G New Radio Technology
9 Uses of AI And Machine Learning
9 Uses of AI And Machine Learning
9 Uses of AI And Machine Learning
How To Make A 433MHz Antenna Design
How To Make A 433MHz Antenna Design
How To Make A 433MHz Antenna Design
How Will AIoT Define Our Future?
How Will AIoT Define Our Future?
How Will AIoT Define Our Future?
How To Make A 433MHz Antenna Design
How To Make A 433MHz Antenna Design
How To Make A 433MHz Antenna Design
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
What Is The Gas-Assisted Injection Molding Process?
Status And Future Of 5G New Radio Technology
9 Uses of AI And Machine Learning
How Will AIoT Define Our Future?
How To Make A 433MHz Antenna Design
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
What Is The Gas-Assisted Injection Molding Process?
Status And Future Of 5G New Radio Technology
Status And Future Of 5G New Radio Technology
9 Uses of AI And Machine Learning
9 Uses of AI And Machine Learning
How To Make A 433MHz Antenna Design
How To Make A 433MHz Antenna Design
How Will AIoT Define Our Future?
How Will AIoT Define Our Future?
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
What Is The Gas-Assisted Injection Molding Process?
Status And Future Of 5G New Radio Technology
9 Uses of AI And Machine Learning
How Will AIoT Define Our Future?
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
How To Solve The Warpage Defect In Injection Molding Of Thin-Walled Products?
5 Tips for Connecting IoT Products
What Is The Difference Between NB-IoT And LTE-M?
What is LTE-M Technology?
5 Tips for Connecting IoT Products
What Is The Difference Between NB-IoT And LTE-M?
What is LTE-M Technology?
5 Tips for Connecting IoT Products
What Is The Difference Between NB-IoT And LTE-M?
What is LTE-M Technology?
5 Tips for Connecting IoT Products
5 Tips for Connecting IoT Products
What Is The Difference Between NB-IoT And LTE-M?
What Is The Difference Between NB-IoT And LTE-M?
What is LTE-M Technology?
5 Tips for Connecting IoT Products
5 Tips for Connecting IoT Products
What Is The Difference Between NB-IoT And LTE-M?
What Is The Difference Between NB-IoT And LTE-M?
What Is The Difference Between NB-IoT And LTE-M?
What Is The Difference Between NB-IoT And LTE-M?
What is LTE-M Technology?
5 Tips for Connecting IoT Products
5 Tips for Connecting IoT Products
What Is The Difference Between NB-IoT And LTE-M?
What Is The Difference Between NB-IoT And LTE-M?
What is LTE-M Technology?
6 Characteristics of 5G NR Technology
13 Common IoT Communication Technologies
13 Common IoT Communication Technologies
6 Characteristics of 5G NR Technology
6 Characteristics of 5G NR Technology
6 Characteristics of 5G NR Technology
6 Characteristics of 5G NR Technology
6 Characteristics of 5G NR Technology
How AI is Changing The Logistics Industry?
Top 5 Benefits of RFID in Logistics Supply Chain
Advantages of RFID Sensor Tags in the Logistics Industry
How AI is Changing The Logistics Industry?
How AI is Changing The Logistics Industry?
Top 5 Benefits of RFID in Logistics Supply Chain
Top 5 Benefits of RFID in Logistics Supply Chain
Advantages of RFID Sensor Tags in the Logistics Industry
VIPMAY.com
30 Notes for Making a Stamping Die
The Theory of Injection Molding Processes
What Causes The Injection Molding Flash?
30 Notes for Making a Stamping Die
30 Notes for Making a Stamping Die
v
The Theory of Injection Molding Processes
What Causes The Injection Molding Flash?
30 Notes for Making a Stamping Die
The Theory of Injection Molding Processes
What Causes The Injection Molding Flash?
How to Choose the Best Antenna for Lora?
Characteristics of the 6 Wireless Protocols
5 IoT Wireless Technology Comparisons
How to Choose the Best Antenna for Lora?
How to Choose the Best Antenna for Lora?
Characteristics of the 6 Wireless Protocols
Characteristics of the 6 Wireless Protocols
5 IoT Wireless Technology Comparisons
How to Choose the Best Antenna for Lora?
Characteristics of the 6 Wireless Protocols
5 IoT Wireless Technology Comparisons
40 Ideas You Can Build With Your Own Laser Cutter
What Causes Sink Marks in Injection Molded Parts?
What Causes Sink Marks in Injection Molded Parts?
LocalProBook
5 Reasons to Use a Laser Level
online chating
CHED Scholarships
What Are The 24 Different Types Of Metal?
What Are The 24 Different Types Of Metal?
Top 10 Fixture Clamp Types In The Machining
Top 10 Fixture Clamp Types In The Machining
How Do Choose The Injection Speed In Injection Molding?
9 FAQs on Injection Molding Process Optimization
88 Common Mold Design Knowledge
185 Injection Moulding Die Design Experiences
What is PBT Injection Molding Condition?
6 Big Trick of Reduce Injection Mold Cost
8 Ways to Reduce the Cost of Injection Molding Processing
What is the 3-2-1 Principle of Location?
The 10 Principles of Mold Design Parting
10 Advantages of Hot Runner System
5 Ways How Hot Runner Molding Increases Efficiency
What is Double-color Injection Molding?
30 Two-color Injection Molding Technical Info
18 Plastic Injection Molding Basics You Must Know
What are the Causes of Uneven Shrinkage in Plastic Parts?
What Causes Sink Marks in Injection Molded Parts?
What is the Injection Mold Structure?
How To Solve Injection Mold Cooling Water Leakage Failure?
What is Flow Mark Injection Molding?
16 Knowledge of Injection Molding Basics
What are the Effects of Injection Temperature and Speed on Product Shrinkage?
How Do Choose The Injection Speed In Injection Molding?
How Do Choose The Injection Speed In Injection Molding?
How Do Choose The Injection Speed In Injection Molding?
9 FAQs on Injection Molding Process Optimization
9 FAQs on Injection Molding Process Optimization
9 FAQs on Injection Molding Process Optimization
88 Common Mold Design Knowledge
88 Common Mold Design Knowledge
88 Common Mold Design Knowledge
185 Injection Moulding Die Design Experiences
185 Injection Moulding Die Design Experiences
185 Injection Moulding Die Design Experiences
What is PBT Injection Molding Condition?
What is PBT Injection Molding Condition?
What is PBT Injection Molding Condition?
6 Big Trick of Reduce Injection Mold Cost
6 Big Trick of Reduce Injection Mold Cost
6 Big Trick of Reduce Injection Mold Cost
8 Ways to Reduce the Cost of Injection Molding Processing
8 Ways to Reduce the Cost of Injection Molding Processing
8 Ways to Reduce the Cost of Injection Molding Processing
What is the 3-2-1 Principle of Location?
What is the 3-2-1 Principle of Location?
What is the 3-2-1 Principle of Location?
The 10 Principles of Mold Design Parting
The 10 Principles of Mold Design Parting
The 10 Principles of Mold Design Parting
10 Advantages of Hot Runner System
10 Advantages of Hot Runner System
10 Advantages of Hot Runner System
5 Ways How Hot Runner Molding Increases Efficiency
5 Ways How Hot Runner Molding Increases Efficiency
5 Ways How Hot Runner Molding Increases Efficiency
What is Double-color Injection Molding?
What is Double-color Injection Molding?
What is Double-color Injection Molding?
30 Two-color Injection Molding Technical Info
30 Two-color Injection Molding Technical Info
30 Two-color Injection Molding Technical Info
18 Plastic Injection Molding Basics You Must Know
18 Plastic Injection Molding Basics You Must Know
18 Plastic Injection Molding Basics You Must Know
What are the Causes of Uneven Shrinkage in Plastic Parts?
What are the Causes of Uneven Shrinkage in Plastic Parts?
What are the Causes of Uneven Shrinkage in Plastic Parts?
What Causes Sink Marks in Injection Molded Parts?
What Causes Sink Marks in Injection Molded Parts?
What Causes Sink Marks in Injection Molded Parts?
What is the Injection Mold Structure?
What is the Injection Mold Structure?
What is the Injection Mold Structure?
How To Solve Injection Mold Cooling Water Leakage Failure?
How To Solve Injection Mold Cooling Water Leakage Failure?
How To Solve Injection Mold Cooling Water Leakage Failure?
What is Flow Mark Injection Molding?
What is Flow Mark Injection Molding?
What is Flow Mark Injection Molding?
16 Knowledge of Injection Molding Basics
16 Knowledge of Injection Molding Basics
16 Knowledge of Injection Molding Basics
What are the Effects of Injection Temperature and Speed on Product Shrinkage?
What are the Effects of Injection Temperature and Speed on Product Shrinkage?
What are the Effects of Injection Temperature and Speed on Product Shrinkage?
Will 5G 600MHz Be The New Prime Frequency Band?
Will 5G 600MHz Be The New Prime Frequency Band?
Will 5G 600MHz Be The New Prime Frequency Band?
Will 5G 600MHz Be The New Prime Frequency Band?
Will 5G 600MHz Be The New Prime Frequency Band?
What is DTU?
LTE vs. 5G: Is 5G better than LTE?
4G vs. 5G: What is the difference between 4G and 5G?
Mobile networks’ evolution from 1G to 5G
Description (optional):
<p>跟撞衫一樣,撞香也是蠻尷尬的。</p> <p>男士不比女士,無論是香水品牌還是款式,選擇的餘地都比較小。如果是有品位選擇那些經典大熱的“ 街香 ”,那麼撞香的幾率也就增大;而那些所謂味道獨特的“ 劣質香水 ”,還不如不噴。</p> <p>所以今天,為瞭讓各位型男們有更多獨特而有個性,也靠譜的選擇,葉子在這裡給大傢安利 6款高逼格的小眾香水。</p> <p># 2. Serge Lutens Jeux de Peau</p> <p>(蘆丹氏皮膚遊戲)</p> <p>前 調:牛奶、小麥</p> <p>後 調:椰子、甘草、不凋花</p> <p>後 調:桂花、杏、辛香料、檀香木、木質香、琥珀</p> <p>這瓶香水來源於蘆丹氏小時候對面包房的回憶,沒錯,它是一款中性奶香。聞起來像剛出爐的面包和餅幹,比較濃鬱,同時還加入瞭桂花香,非常特別,區別於一般的奶香,但它的香氛會有點甜膩的感覺,對於男士來說要謹慎選擇。</p> <p># 3. Comme Des Garçons Wonderwood Men\'s Eau de Parfum</p> <p>(川久保玲 Wonderwood 奢華木質男士香水)</p> <p>前 調:胡椒、佛手柑、熏香、肉豆蔻、木香</p> <p>中 調:水晶香檳、開司米酮、雪松木</p> <p>後 調:爪哇檀香、檀香木、香根草、沉香木</p> <p>這是作為時尚品牌 Comme Des Garçons 新開發的 Wonderwood 香水系列,以人工合成的木香氣味,結合佛手柑、雪松、檀香等天然木香原料,給我們展現瞭具有層次感的木香氣息,帶來瞭優雅陽光的感官體驗,非常適合那些有個性的潮男們。同時,如果你是一個木香“ 患者 ”的話,這一款也是不錯的選擇。</p> <p># 4. Bvlgari Man In Black</p> <p>(寶格麗酷幽男士)</p> <p>前 調:煙草、辛香料、朗姆酒</p> <p>中 調:皮革、晚香玉、鳶尾花</p> <p>後 調:愈創木、安息香脂、零陵香豆</p> <p>如果說上面那一款適合潮男們,那麼 Bvlgari 這一款就是時尚型男以及當代紳士們的專屬瞭。雖然 Bvlgari 並不小眾,但這款 Man In Black 還是比較少人知道的。同樣是東方木香基調,但加入瞭朗姆酒還有皮革,散發出獨特而有魅力的香氛,非常適合優質的成熟型男。</p> <p># 5. John Varvatos Oud</p> <p>(約翰·瓦維托斯 烏木男香)</p> <p>前 調:煙草、杜松子、肉豆蔻、鼠尾草、柏樹</p> <p>中 調:藏紅花、肉桂、胡椒、小豆蔻、公丁香、玫瑰、茉莉、桂花</p> <p>後 調:烏木、雪松、勞丹脂、紅沒藥焚香、沒藥、皮革、琥珀</p> <p>不同於 John Varvatos 其他的藤編瓶身設計,這款烏木男香的瓶身以金屬材質打造出鏤空感,散發出金色的光芒無處不體現出它精致奢華的質感。如同香氛一樣,混合多重天然香料打造,內容非常豐富,無處不體現出奢華性感的魅力。</p> <p># 6. Byredo Rose Of No Man`s Land</p> <p>(<a href="https://www.zrtw.net/byredo-rose-of-no-mans-land.html">BYREDO無人之境</a>)</p> <p>前調:粉紅胡椒、玫瑰</p> <p>中調:玫瑰、樹莓花</p> <p>後調:紙莎草、琥珀</p> <p>如果你喜歡花香氛調的話,絕不會錯過這一款。<a href="https://www.zrtw.net/">Byredo 香水</a> 一直是以清新的格調示人,這款“ 荒漠玫瑰 ”是一款玫瑰花型香水,同時也是 <a href="https://www.zrtw.net/">Byredo</a> 目前為止評分最高的一款香水。來自於土耳其的玫瑰,帶有泥土和綠葉的氣息,同時加入瞭胡椒的辛辣味,非常有個性又有氣質,對男士也適用,自然又不做作,有一絲柔情,非常適合那種清新自然的男士。</p>
(Max Characters: 2000)
When?
Select a start and end date and time
Start:
Start:
Display now
Display later
Display on
Pick Start Date
at
End:
End:
No end date
End now
End on
Pick End Date
at
After End:
Make Inactive
Delete
After End:
Make Inactive
Delete
Make the link to this file shareable (otherwise, it can only be accessed by people with permission to see this page)