aqueducts: su kemerleri

İçinde "aqueducts" (su kemerleri) sözcüğü geçen, dil bilgisi yapılarına ve kelime çeşitliliğine göre gruplandırılmış 200 İngilizce cümle:

Historical and Roman Aqueducts (Tarihi ve Roma Su Kemerleri)

Ancient Roman aqueducts are marvels of early engineering.
Many Roman aqueducts still stand high today.
Roman aqueducts carried fresh water to distant cities.
Engineers built aqueducts with a precise downward slope.
Rome relied heavily on its massive network of aqueducts.
Slaves and soldiers built these stone aqueducts.
Archaeologists study ancient aqueducts to understand old technologies.
The Segovia aqueducts are incredibly well-preserved structures.
Roman aqueducts used arches to span deep valleys.
These aqueducts changed how ancient civilizations grew.
Clean water flowed through aqueducts into public baths.
Julius Caesar expanded the system of imperial aqueducts.
Historians document how aqueducts improved public health.
Volcanic ash made the cement in aqueducts stronger.
Most aqueducts ran underground to protect the water.
Above-ground aqueducts are more famous but less common.
The city of Rome had eleven major aqueducts.
Barbarians destroyed the aqueducts during the empire's fall.
Without aqueducts, ancient mega-cities could not exist.
Limestone was a primary material for building aqueducts.
Some aqueducts traveled over fifty miles from springs.
The maintenance of aqueducts required a special workforce.
Inscriptions on aqueducts often praise the ruling emperor.
Broken aqueducts caused severe water shortages in history.
Wealthy citizens funded aqueducts to gain political favor.

Architectural and Engineering Features (Mimari ve Mühendislik Özellikleri)

Architects design aqueducts using advanced structural physics.
The arches of aqueducts distribute weight very evenly.
Gravity powers the water flow inside these aqueducts.
Modern aqueducts use concrete pipes instead of stone.
Engineers inspect aqueducts regularly for structural leaks.
The gradient in ancient aqueducts was remarkably shallow.
Siphons helped aqueducts cross deep, narrow valleys.
Building aqueducts required deep knowledge of topography.
Channels inside the aqueducts were lined with waterproof plaster.
Massive stone pillars support the heaviest aqueducts.
High-tech sensors now monitor water levels in aqueducts.
Drone photography helps map old, hidden aqueducts.
Landslides pose a major threat to mountain aqueducts.
Sedimentation tanks cleaned the water inside aqueducts.
The structural integrity of these aqueducts is amazing.
Double-decker aqueducts handled both water and traffic.
Civil engineering students always study historic aqueducts.
Earthquakes have damaged several ancient aqueducts over time.
The slope of these aqueducts drops just inches per mile.
Iron reinforcing bars strengthen modern concrete aqueducts.
Designing efficient aqueducts minimizes water evaporation losses.
Ventilation shafts were dug along underground aqueducts.
Stone cutters spent years shaping blocks for aqueducts.
Wooden scaffolding was essential when building tall aqueducts.
Hydraulic principles govern the operation of all aqueducts.

Modern Water Systems (Modern Su Sistemleri)

California uses massive aqueducts to irrigate dry farmland.
Modern aqueducts supply drinking water to millions daily.
Environmentalists study how aqueducts impact local rivers.
Open aqueducts can lose water through rapid evaporation.
Cities spend billions maintaining their aging aqueducts.
Security teams guard vital aqueducts from potential sabotage.
Pumping stations lift water over hills in modern aqueducts.
New aqueducts connect distant lakes to growing metropolises.
Climate change threatens the sources feeding these aqueducts.
Clean energy can be generated inside pressurized aqueducts.
These aqueducts divert water from northern wet regions.
Droughts force cities to limit flow through aqueducts.
Pollution must be kept away from open aqueducts.
Steel pipes are often used inside modern aqueducts.
Satellite imagery tracks water movement across vast aqueducts.
Local wildlife sometimes falls into uncovered regional aqueducts.
The state relies on aqueducts for its economic survival.
Public utilities manage the network of municipal aqueducts.
Filtration plants are built at the end of aqueducts.
Huge valves control the water volume inside aqueducts.
Repairing subterranean aqueducts requires highly specialized equipment.
Political debates often center around building new aqueducts.
Fish screens prevent marine life from entering aqueducts.
These aqueducts cross state lines to deliver resources.
Toxic algae blooms can temporarily close major aqueducts.

Tourism and Culture (Turizm ve Kültür)

Tourists love taking photos of the Spanish aqueducts.
Museums display tools used to construct ancient aqueducts.
Guidebooks highlight the best views of local aqueducts.
Walking tours often follow the paths of historic aqueducts.
Painting pictures of aqueducts was popular in the Romantic era.
Many postcards feature the dramatic arches of old aqueducts.
Travel bloggers write extensively about exploring Roman aqueducts.
Souvenir shops sell miniature models of famous aqueducts.
Hikers enjoy finding ruined aqueducts hidden in forests.
Festivals are sometimes held near well-known national aqueducts.
Documentaries explain the secrets behind building these aqueducts.
The local museum has an exhibit dedicated to aqueducts.
Photography clubs organize trips to shoot ancient aqueducts.
These aqueducts are recognized as UNESCO World Heritage sites.
Children learn about aqueducts in their elementary history classes.
Postcards of aqueducts remind travelers of classic architecture.
Fantasy novels often feature grand aqueducts in fictional cities.
Virtual reality tours let users walk on top of aqueducts.
Local legends often involve the spirits of aqueducts' builders.
Movie directors use scenic aqueducts as backdrops for films.
Architectural magazines frequently publish articles focusing on aqueducts.
Poetry books contain verses praising the beauty of aqueducts.
Travelers can take train rides that pass by majestic aqueducts.
Information plaques explain the historical context of the aqueducts.
People often picnic near the cool shade of old aqueducts.

Geography and Environment (Coğrafya ve Çevre)

Deserts require aqueducts to support large human populations.
Mountainous terrain makes building aqueducts highly challenging.
Rivers are sometimes diverted to fill regional aqueducts.
Maps show the intricate pathways of interstate aqueducts.
Valleys were easily crossed using tall stone aqueducts.
Underground aquifers feed water directly into the aqueducts.
Soil erosion can undermine the foundations of heavy aqueducts.
Geographic surveys identify optimal routes for future aqueducts.
Freezing winters can cause water to expand and damage aqueducts.
Heavy rainfall sometimes overwhelms the capacity of local aqueducts.
Coastal cities often get their fresh water via inland aqueducts.
Forests protect the watersheds that supply water to aqueducts.
Earth movements can shift the precise alignment of aqueducts.
Satellite data measures the land subsidence around major aqueducts.
Concrete paths run alongside many rural agricultural aqueducts.
Natural hot springs were occasionally connected to Roman aqueducts.
Dry areas became green plains thanks to massive aqueducts.
Swampy areas required elevated aqueducts to keep water clean.
Geologists check fault lines before engineers build new aqueducts.
Topographical maps are essential for planning cross-country aqueducts.
The length of these aqueducts spans across several counties.
Urban expansion often conflicts with the paths of historical aqueducts.
Climate models predict future water availability for regional aqueducts.
Wildfires can damage the electrical grids that power modern aqueducts.
Gravity-fed aqueducts do not require expensive electrical pumping.

Academic, Science, and Research (Akademik, Bilim ve Araştırma)

Archaeology journals publish new discoveries regarding ancient aqueducts.
Professors lecture on the economic impact of Roman aqueducts.
Carbon dating helps determine the exact age of older aqueducts.
Scientific papers analyze the hydraulic efficiency of stone aqueducts.
Researchers compare Aztec water systems with European aqueducts.
Engineering textbooks contain detailed diagrams of classic aqueducts.
Scholars debate how many workers were needed for aqueducts.
Microscopic analysis reveals the composition of mortar in aqueducts.
Historical archives contain blueprints of nineteenth-century city aqueducts.
Anthropology students study how aqueducts changed ancient social structures.
Digital reconstructions show how ruined aqueducts originally looked.
Environmental studies evaluate the ecological footprint of large aqueducts.
Funding grants support the preservation of crumbling historic aqueducts.
Thesis projects often focus on upgrading outdated municipal aqueducts.
Academic conferences discuss the preservation challenges of urban aqueducts.
Researchers use ground-penetrating radar to locate buried aqueducts.
Chemical testing checks for lead contamination in historical aqueducts.
Math formulas calculate the exact flow rate inside open aqueducts.
Historians read ancient letters discussing the construction of aqueducts.
Lab tests replicate the ancient concrete used in Roman aqueducts.
Sociology classes examine water rights issues related to national aqueducts.
Computer simulations test how aqueducts withstand major seismic shocks.
Books about architecture always feature a chapter on classical aqueducts.
Scientific consensus proves that aqueducts revolutionized ancient hygiene practices.
International teams collaborate to restore damaged European aqueducts.

General, Diverse, and Creative (Genel, Çeşitli ve Yaratıcı)

I saw beautiful pictures of Roman aqueducts last night.
Can you explain how these ancient aqueducts actually worked?
We walked along the ruins of old French aqueducts.
The city council voted to repair the historic aqueducts.
Birds often build nests inside the arches of aqueducts.
My grandfather helped maintain the city's old brick aqueducts.
Some countries still use ancient aqueducts for daily farming.
The design of these aqueducts looks very artistic.
Clean water is the greatest gift of working aqueducts.
Heavy stones were lifted by cranes to build aqueducts.
You can see the tall aqueducts from the highway.
Our tour guide knew everything about the local aqueducts.
The empire expanded because they knew how to build aqueducts.
Moss grows on the damp walls of the aqueducts.
We need bigger aqueducts to support the growing population.
Learning about aqueducts makes me appreciate modern indoor plumbing.
The artist sketched the shadow cast by the aqueducts.
Several books describe the complex network of imperial aqueducts.
Water flows smoothly through the concrete channels of aqueducts.
Without those aqueducts, the valley would be a desert.
Engineers must ensure that no leaks occur inside aqueducts.
The mayor proudly inaugurated the new regional aqueducts today.
Children love to play near the shallow public aqueducts.
Heavy iron gates control the entry points of aqueducts.
The sunset looked gorgeous behind the silhouetted stone aqueducts.
Historians believe that specialized architects designed these early aqueducts.
Clear mountain water travels long distances through these aqueducts.
Security cameras were installed to monitor the open aqueducts.
The old map clearly labels the location of the aqueducts.
Heavy trucks are not allowed to drive near fragile aqueducts.
We took a boat ride close to the river aqueducts.
Maintenance crews clean out debris from the aqueducts every spring.
The ancient civilization was famous for its roads and aqueducts.
Builders used local materials to construct the neighborhood aqueducts.
The structural design of these aqueducts has survived for centuries.
Water scarcity led to the invention of primitive stone aqueducts.
Many workers lost their lives building the dangerous mountain aqueducts.
The museum gift shop sells beautiful paintings of Roman aqueducts.
We could hear the sound of rushing water inside the aqueducts.
New laws protect the lands surrounding historic national aqueducts.
The technology behind aqueducts spread rapidly across the ancient world.
Experts use advanced software to design highly efficient modern aqueducts.
The structural arches make these aqueducts look like giant bridges.
Farmers depend on the steady supply provided by regional aqueducts.
Tourists can climb to the top of some historic aqueducts.
The government allocated a large budget for cleaning the aqueducts.
Many ancient cities collapsed when their aqueducts were cut off.
We studied the mechanical principles of gravity-fed aqueducts in class.
Beautiful gardens were built around the exit points of the aqueducts.
Exploring the ancient aqueducts was the highlight of our European vacation