RNADE-776 私たちの演技を見てください、大人の魅力と素晴らしい技術をぜひご覧ください。

MIFA-003 突き上げる！騎乗位を4時間続ける。

2010年7月23日

PTKS-006 日本人が金色の髪を持つ人たちの文化やファッションに興味を持ち、その魅力を楽しむ時間。

2010年7月23日

TMAT-015 「人妻があなたの部屋に来る！」［プライベートAV］体験動画 第６話。

2010年7月22日

ROKAD-329 宮崎から、なまり娘がAVになりたがっています。

2010年7月23日

ESKWS-002 「パート2」として、水着を着た美少女たちのトイレでの脱糞放尿の隠しカメラ映像をすべて収録しています。

2010年7月22日

HITMA-35 妊娠の可能性があります。

2010年7月22日

RLADS-069 リビングルーム

2010年7月22日

CRC-002 学校内の秘密です！2帰宅部、あゆ

2010年7月23日

COV-079 the the the the with the the the with in the in with with with ### Introduction Thermal conductivity is an important physical property that plays a critical role in a variety of applications, including heat transfer, energy storage, and materials science. The ability to accurately measure and understand thermal conductivity is essential for optimizing the performance of materials in these applications. One of the most widely used methods for measuring thermal conductivity is the transient plane source (TPS) method, which involves measuring the temperature change of a sample when a heat pulse is applied. However, the TPS method can be time-consuming and requires specialized equipment. ### Objective This project aims to develop a more efficient and accessible method for measuring thermal conductivity, utilizing a low-cost, open-source hardware platform. The goal is to create a system that can provide accurate and reliable measurements while being easy to use and cost-effective. ### Methodology The project will involve the following steps: 1. **Design and Development**: Develop a hardware system using off-the-shelf components, including a microcontroller, temperature sensors, and a heating element. The system will be designed to measure the temperature change of a sample when a heat pulse is applied. 2. **Software Development**: Develop software to control the hardware system, collect data, and analyze the data to calculate thermal conductivity. The software will be designed to be user-friendly and easy to use. 3. **Testing and Validation**: Test the system on various materials with known thermal conductivities to validate its accuracy and reliability. Compare the results with measurements obtained using the TPS method. ### Expected Outcomes The project is expected to result in a low-cost, open-source system for measuring thermal conductivity that is accurate, reliable, and easy to use. The system will provide an efficient alternative to the TPS method and can be used in a variety of applications, including heat transfer, energy storage, and materials science. ### Learning Objectives Students participating in this project will gain valuable skills in: - Circuit design and hardware development

2010年7月23日

BBI-114 手こきをしてくれる看護師がチ◯ポを激しく刺激し、射精とチンポ潮吹きをさせてくれる里美ゆりあ

2010年7月23日